개념추상 사운드 디자이너 [3] 사운드 마인드 디자인 연극/오페라 공연 연출가 최철주 Choi Chul-joo, director of

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개념추상 사운드 디자이너 [3] 사운드 마인드 디자인 연극/오페라 공연 연출가 최철주 Choi Chul-joo, director of Sound Mind Design Theater/Opera Performance / 마인드는 시간적 형태의 소리를 가지고 있으며, 그 결과는 시간이 지남에 따라 반복되어 역학적 욕망의 동적 구조로서 수학적 욕망의 동적 구조를 형성합니다.The mind has a temporal form of sound and the result is repeated over time to form the dynamic structure of mathematical desire as a dynamic structure of mechanical desire. L'esprit a une forme temporelle de son et le résultat se répète au fil du temps pour former la structure dynamique du désir mathématique en tant que structure dynamique du désir mécanique. 사운드 아티스트 최철주의 욕망 운동의 역동적인 공식 "Mdesire = (Vact – Vsys)와 dt ∔ ∑∆ (x,y))"를 사용한 공연 무대 디자인으로, "교향곡 악보"라는 소리를 수학적 마음에 전달하는 연극/오페라 대사에 적용하여서 현대 팝아트 리얼리즘 무대미술 디자인을 연출한다. It is a performance stage design using the dynamic formula "Mdesire = (Vact – Vsys) and dt ∔ ∑∆ (x,y))" of Sound Artist, Choi Chul-joo's desire movement, which applies the sound of "symphony score" to the play/operatic dialogue that conveys the mathematical mind to produce contemporary pop art realism stage art design./ 공연 설치미술가 최철주 개념추상 무대 미술의 정의는 1. 욕망 개념 추상 디자인: 최철주는 무대 위의 '욕망'이라는 철학적 개념을 추상적인 이미지와 언어 구조로 구현하여, 가역적인 빛 대비를 통해 욕망의 개념을 극적으로 시각화합니다. 2. 현대 팝아트와 결합하기: 팝아트의 디자인 요소와 언어적 이미지 구조를 결합하여 관객은 사건과 공연의 이미지를 통해 연극의 주제나 감정을 경험합니다. 3. 가역적인 빛과 사건성: 인공 조명과 추상적인 디자인을 사용하여 연극의 주제나 감정을 이미지와 패턴을 통해 극적인 사건 이미지의 시간성에 따라 연출하고, 무대 자체를 개념적인 설치 예술로 확장합니다. 4. 욕망 구조의 사회적 반영: 단순한 미적 장식보다는 현실을 있는 그대로 재현하기보다는 기하학적 형태, 색채, 빛의 대비를 통해 무대 공간의 추상적인 욕망 구조를 사회 구조에 반영하여 철학적 무대 예술을 지향합니다.  An performance installation artist,  Choi Chul-joo's definition of the conceptual abstract of stage art is as follows 1. Desire Concept Abstract Design: Choi Chul-joo embodies the philosophical concept of 'desire' on stage in an abstract image and language structure, which dramatically visualizes the concept of desire through reversible light contrast. 2. Combining with contemporary pop art: Combining pop art's design elements with linguistic image structures, the audience experiences the theme or emotion of the play through images of events and performances. 3. Reversible Light and Eventuality: Using artificial lighting and abstract design, the theme or emotion of a play is directed according to the temporality of a dramatic event image through images and patterns, and the stage itself is extended to conceptual installation art. 4. Social Reflection of Desire Structure: Rather than just aesthetic decoration, rather than reproducing reality as it is, we aim for philosophical stage art by reflecting the abstract desire structure of stage space in social structure through the contrast of geometric form, color, and light.

무대 예술 디자인은 인공 조명으로 극적인 퍼포먼스 이미지를 연출합니다. 현대 콘셉트 AAS 팝 무대 예술가 루이 최철주는 문화 및 디자인 박사로서 "무대 디자인(미진사, 1997-09-30, ISBN: 9788940801918)"의 저자입니다. 그는 타인의 욕망 예술에 대한 추상적 개념적 접근과 무대 디자인 형식 및 팝아트의 언어적 추상 이미지를 결합합니다. 그의 욕망 개념, 즉 개념 추상 미술이 등장하며, 현대 무대 예술은 형이상학적, 철학적 빛에서 강조되는 의미의 언어적 개념과 상충되는 무대 예술과 무대 디자인으로 AI 인공 조명으로 극적인 퍼포먼스 이미지를 연출합니다. Stage art design produces dramatic performance images with artificial lighting. Contemporary Concept AAS pop stage artist Louis Choi Chul-joo is the author of "Stage Design (Mijinsa, 1997-09-30, ISBN : 9788940801918)", as a Ph.D. in culture and design. He combines abstract conceptual approach to other people's desire art with stage design forms and linguistic abstract images of pop art. His concept of desire, or conceptual abstract art, appears, and contemporary stage art produces dramatic performance images with AI artificial lighting with stage art and stage design that conflict with the linguistic concept of meaning emphasized in metaphysical and philosophical light. / 현대미술평론가 루이 최철주는 사진 만화 미술 공예 디자인의 미적 가치 과정의 예술성을 검증하고 시각 예술 이론을 통해 작품의 의미에 접근하는 현대미술 개념 디자인 비평가다. 초기 개념미술의 언어적, 철학적 접근 방식을 현대 회화로 변형하여 욕망의 구조를 조형적 이미지로 전환한 최철주. 현대 개념 추상의 정의인 타인의 욕망을 추상적 개념으로 시각화하여 타인의 욕망을 언어적 표현으로 해석하고 작품의 숨겨진 욕망을 현대 회화 언어의 사실주의 이미지로 추상미술의 새로운 개념적 방향으로 읽어냅니다. Contemporary art critic Louis Choi Chul-joo is a contemporary art concept design critic who verifies the artistry of the aesthetic value process of photographic cartoon art and craft design and approaches the meaning of the work through visual art theory. Choi Chul-joo, who transformed the linguistic and philosophical approach of early conceptual art into modern painting, transforming the structure of desire into a formative image. By visualizing the desires of others, the definition of modern conceptual abstraction, the desires of others are interpreted as verbal expressions, and the hidden desires of the works are read in a new conceptual direction of abstract art as realist images of modern painting language.

회화 언어 구조란 추상적 욕망의 이미지가 욕망 개념의 언어적 의미 구조인 것처럼 여겨지는 시선의 현실상이다. 무대미술평론가 최철주는 현대미술비평과 함께 개념추상 리얼리즘 무대디자인이라는 개념으로 현대무대미술비평의 미적 가치, 프로세스, 예술성에 접근하고 있다. 그의 무대미술비평은 사진, 만화, 미술, 디자인의 예술성이 언어적 문법 구조로 작품의 의미에 접근해 현대 팝 미술개념의 현실을 비판하는 시각예술 이론을 가리킨다,/ 현대 무대미술 비평가 루이 최철주의 무대디자인 이야기는 시각무대예술을 통한 현대 개념의 추상적 욕망을 언어적 의미를 시각화한다. 이처럼 무대미술, 사진, 만화, 미술, 디자인의 미적 가치, 과정과 예술성을 검증하는 최철주 현대 무대미술의 추상예술이론으로 작품의 의미에 접근하는 현대 무대디자 작품은: 볼프강 아마데우스 모차르트 (W.A. Mozart) 교향곡 제40번 악보를 마인드로 전이한 오페라 시나리오로 적용한 최철주 욕망 움직임의 역학 공식 “Mdesire = (Vact – Vsys) · dt ∔ ∑∆(x,y)”을 적용한 공연 무대디자인 Wolfgang Amadeus Mozart (W.A. Mozart) Symphony No. 40 as an opera scenario transferred to the mind. Stage design using Choi Chul-joo's dynamic formula "Mdesire = (Vact – Vsys) · dt ∔ ∑∆ (x,y)"

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-1

[사운드 마인드 디자인(Sound Mind Design) 공연 디자인 계획] : 최철주 무대디자이너의 ‘욕망 움직임의 역학 공식’은 음악적 텍스트(교향곡)를 시각적·공간적 행위(연극/퍼포먼스)로 변환하는 매우 정교한 미학적 틀을 제공합니다. 이 사운드 마인드 디자인은 관객이 음악을 '듣는' 것을 넘어, 악보 속에 숨겨진 창작자의 욕망이 물리적 공간에서 어떻게 운동하고 소멸하는지를 목격하게 합니다. 최철주  욕망 움직임의 역학 공식은 무형의 소리에 '질량'과 '속도'를 부여하는 핵심적인 가이드라인이 됩니다.

이러한 접근은 예술적 영감을 수학적 질서로 치환하여, 감정의 과잉 없이도 가장 뜨거운 욕망을 표현하는 현대적 공연 미학을 완성한다.

1. 공식의 해석과 공연적 치환

공식 “Mdesire = (Vact – Vsys) · dt ∔ ∑∆(x,y)”를 공연 디자인 요소로 정의하면 다음과 같습니다.

• Vact (실제적 변위): 지휘자나 연주자의 물리적 움직임, 무대 위 배우의 동선.

• Vsys (체계적 변위): 교향곡 악보라는 고정된 구조, 지켜야 할 리듬과 화성적 규칙.

• dt (미분된 시간): 찰나의 순간에 발생하는 감정의 고조와 변화.

• ∑∆(x,y) (공간적 전이): 사운드가 시각적 이미지로 변환되어 무대 면적(x, y)에 투사되는 총합.

• Mdesire (욕망의 움직임): 위 요소들이 결합하여 관객에게 전달되는 최종적인 심상(Mind Design).

2. 욕망의 공명 (Resonance of Desire)에 따른 사운드 마인드 공연 디자인 

- 1단계: 텍스트의 전이 (Score to Scenario)

교향곡의 '소나타 형식'을 연극의 '갈등 구조'로 변환합니다.

• 제1주제 (제시부): 억압된 인간의 본능적 욕망 (금기).

• 발전부: Vact와 Vsys}의 충돌. 악보의 규율을 벗어나려는 연주자의 몸짓이 연극적 대사보다 강렬한 언어가 됩니다.

• 재현부: 변형된 욕망의 수용.

- 2단계: 시각적 역학 설계 (Visual Dynamics)

• 실시간 모션 캡처: 연주자의 활의 속도나 지휘자의 손짓(V a c t )을 데이터화하여 무대 배경의 미디어 아트와 연동합니다.

• 입자 시스템(Particle System): 공식의 ∑∆(x,y)를 시각화합니다. 음악이 격렬해질수록 무대 바닥과 벽면에 투사되는 기하학적 파편들이 더 복잡한 궤적을 그리며 확장됩니다.

- 3단계: 공간 및 사운드 인터랙션

• 사운드 마인드 레이아웃: 스피커 배치를 다채널(Ambisonics)로 구성하여, 소리가 물리적인 공간(x ,y)을 가로질러 움직이는 느낌을 구현합니다. 이는 관객으로 하여금 소리가 단순한 청각 정보가 아닌, 자신을 에워싸는 '욕망의 부피'로 체감하게 합니다.

• 조명 디자인:d t(시간의 미분)를 반영하여 극도로 짧은 스트로보 조명과 긴 잔상을 남기는 조명을 교차 사용, 시간의 왜곡을 시각적으로 표현합니다.

3. 사운드 마인드 연출 (Sound Mind Design) 시나리오 적용 

- V sys  강조 (사운드 전개): 정적이고 기하학적인 그리드 조명 아래, 악보에 충실한 클래식 연주.

- V a c t −V sys  발생 (사운드 절정): 연주자가 악보를 이탈하는 퍼포먼스. 불협화음과 함께 조명이 일그러짐.

- d t 와 결합된 폭발 (사운드 종결): 고속 촬영된 영상이 느리게 재생되며, 모든 움직임이 미세하게 분해되어 스크린에 투사됨.

- ∑∆ (x,y)의 통합 (사운드 마운드 결합): 무대 전체가 거대한 하나의 추상화로 변하며, 사운드의 잔향만 남음.

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-2

[Sound Mind Design Performance Design Plan]: Choi Chul-joo's "Formula of Dynamics of Desire Movement" provides a very sophisticated aesthetic framework that transforms musical text (symphony) into visual and spatial action (play/performance). This sound mind design allows the audience to go beyond "listening" to music and witness how the creator's desire hidden in the score exercises and dissipates in the physical space. Choi Chul-joo's dynamic formula of desire movement becomes a key guideline for giving 'mass' and 'speed' to intangible sounds.

This approach replaces artistic inspiration with a mathematical order, completing a modern performance aesthetic that expresses the hottest desire without an excess of emotions.

1. Interpretation and performance substitution of formulas

The official "Mdesire = (Vact – Vsys) · dt ∔ ∑∆ (x,y)" is defined as a performance design element.

• Vact (actual displacement): physical movement of a conductor or performer, movement of an actor on stage.

• Vsys (systemic displacement): a fixed structure called symphony score, rhythm and harmonic rules to follow.

• dt (differentiated time): heightened and changed emotions that occur in an instant.

• ∑∆(x, y) (spatial transition): the sum by which sound is converted into visual images and projected onto the stage area (x, y).

• Mdesire: Mind Design, where the above elements are combined and delivered to the audience.

2. Sound Mind Performance Design based on Resonance of Desire 

- Step 1: Transition of text (Score to Scenario)

Transforms the 'sonata form' of the symphony into the 'conflict structure' of the play.

• Topic 1 (presentation): the instinctive desire of repressed human beings (forbidden).

• Development Department: The clash between Vact and Vsys}. The gesture of the performer to escape the discipline of the score becomes more intense language than theatrical lines.

• Reproduction: The acceptance of transformed desires.

- Step 2: Visual Dynamics

• Real-time motion capture: Dataize the speed of a performer's bow or the conductor's gesture to interlock with media art in the background of the stage.

• Particle System: Visualizes the ∑∆ (x,y) of the formula. As the music becomes strenuous, the geometric fragments projected onto the stage floor and wall expand, drawing more complex trajectories.

- Step 3: Space and Sound Interaction

• Sound mind layout: The speaker arrangement is multichannelized to create the feeling of sound moving across physical spaces (x,y). This makes the audience feel that sound is not just auditory information, but as the 'volume of desire' surrounding them.

• Lighting Design: Cross-use of extremely short strobe lights and lights that leave long afterimages, reflecting dt (differentiation of time), visually expressing the distortion of time.

3. Application of Sound Mind Design Scenario 

- Vsys emphasis (sound development): classical performance true to the score, under static and geometric grid lighting.

- Vact - V sys Occurrence (Sound Peak): Performance in which the performer deviates from the score. Distorted lighting with dissonance.

- Explosion combined with dt (sound termination): High speed video played slowly, all movements finely broken down and projected onto the screen.

- Integration of ∑∆ (x,y): the entire stage turns into one enormous abstraction, leaving only the reverberation of the sound.

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-3

1. 모차르트 교향곡 제40번의 악보에 대한 욕망 구조 공식의 해석과 공연적 치환

공식 “Mdesire = (Vact – Vsys) · dt ∔ ∑∆(x,y)”를 공연 디자인 요소로 정의하면 다음과 같습니다.

• Vact (실제적 변위): 지휘자나 연주자의 물리적 움직임, 무대 위 배우의 동선.

• Vsys (체계적 변위): 교향곡 악보라는 고정된 구조, 지켜야 할 리듬과 화성적 규칙.

• dt (미분된 시간): 찰나의 순간에 발생하는 감정의 고조와 변화.

• ∑∆(x,y) (공간적 전이): 사운드가 시각적 이미지로 변환되어 무대 면적(x, y)에 투사되는 총합.

• Mdesire (욕망의 움직임): 위 요소들이 결합하여 관객에게 전달되는 최종적인 심상(Mind Design).

// Panel 1: 오프닝 (도입)  

    구도: 넓은 앵글(Wide Shot). 어두운 무대 중심에 홀로 선 지휘자(연출가). 그 뒤로 거대한 모차르트 교향곡 40번의 악보가 푸른빛 홀로그램으로 떠 있다.  

    시각 요소: 악보 위로 공식 $M_{\text{desire}} = (V_{\text{act}} - V_{\text{sys}}) \cdot dt \dot{+} \sum\Delta(x,y)$ 가 네온사인처럼 겹쳐지며 번쩍인다.  

    대사 칸: "To us, it is a battlefield of human desire."  

Panel 2: 억압과 저항 ($V_{\text{act}} - V_{\text{sys}}$)  

    구도: 클로즈업(Close-up)과 거친 선화(Dynamic Lines).  

    시각 요소: 배경에는 톱니바퀴처럼 촘촘하고 차가운 격자무늬($V_{\text{sys}}$, 악보의 규칙)가 깔려 있고, 그 앞을 뚫고 나오려는 듯 지휘자의 격렬한 손짓과 연주자의 흩날리는 머리카락($V_{\text{act}}$, 물리적 움직임)이 강렬한 붉은색 잔상으로 대비된다. 두 에너지가 부딪히며 스파크가 튀는 연출.  

    대사 칸: "The human soul wrestling against the prison of rules."  

Panel 3: 찰나의 폭발과 공간 투사 ($dt$ & $\sum\Delta(x,y)$)  

    구도: 하이 앵글(High Angle), 위에서 무대 바닥을 내려다보는 시선.  

    시각 요소: 지휘자의 지휘봉 끝에서 시작된 미분된 시간($dt$)의 불꽃이 무대 전체로 퍼져나간다. 무대 바닥($x, y$ 평면)에는 음악의 선율이 기하학적인 추상화나 파동의 형태로 시각화되어 사방으로 프로젝션 맵핑처럼 화려하게 투사된다.  

    대사 칸: "The invisible sound is converted into visual gravity..."  

Panel 4: 최종 심상 ($M_{\text{desire}}$)  

    구도: 관객의 시점 혹은 지휘자의 뒷모습.  

    시각 요소: 음악과 빛, 움직임이 하나로 융합되어 관객석을 향해 거대한 해일처럼 밀려간다. 무대 위 예술가들과 관객들의 심장 부근이 같은 색의 빛으로 연결되어 반짝이며, 거대한 '욕망의 심상(Mind Design)'이 완성되었음을 보여준다.  

    대사 칸: "Now... let the desire move."  

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-4

 2 모차르트 교향곡 제40번의 악보에 대한 욕망의 공명 (Resonance of Desire)에 따른 사운드 마인드 공연 디자인 

- 1단계: 텍스트의 전이 (Score to Scenario)

교향곡의 '소나타 형식'을 연극의 '갈등 구조'로 변환합니다.

• 제1주제 (제시부): 억압된 인간의 본능적 욕망 (금기).

• 발전부: Vact와 Vsys}의 충돌. 악보의 규율을 벗어나려는 연주자의 몸짓이 연극적 대사보다 강렬한 언어가 됩니다.

• 재현부: 변형된 욕망의 수용.

- 2단계: 시각적 역학 설계 (Visual Dynamics)

• 실시간 모션 캡처: 연주자의 활의 속도나 지휘자의 손짓(V a c t )을 데이터화하여 무대 배경의 미디어 아트와 연동합니다.

• 입자 시스템(Particle System): 공식의 ∑∆(x,y)를 시각화합니다. 음악이 격렬해질수록 무대 바닥과 벽면에 투사되는 기하학적 파편들이 더 복잡한 궤적을 그리며 확장됩니다.

- 3단계: 공간 및 사운드 인터랙션

• 사운드 마인드 레이아웃: 스피커 배치를 다채널(Ambisonics)로 구성하여, 소리가 물리적인 공간(x ,y)을 가로질러 움직이는 느낌을 구현합니다. 이는 관객으로 하여금 소리가 단순한 청각 정보가 아닌, 자신을 에워싸는 '욕망의 부피'로 체감하게 합니다.

• 조명 디자인:d t(시간의 미분)를 반영하여 극도로 짧은 스트로보 조명과 긴 잔상을 남기는 조명을 교차 사용, 시간의 왜곡을 시각적으로 표현합니다.

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-5

3. 모차르트 교향곡 제40번의 악보에 대한 사운드 마인드 연출 (Sound Mind Design) 시나리오 적용 

- V sys  강조 (사운드 전개): 정적이고 기하학적인 그리드 조명 아래, 악보에 충실한 클래식 연주.

- V a c t −V sys  발생 (사운드 절정): 연주자가 악보를 이탈하는 퍼포먼스. 불협화음과 함께 조명 일그러짐.

- d t 와 결합된 폭발 (사운드 종결): 고속 촬영된 영상이 느리게 재생되며, 모든 움직임이 미세하게 분해되어 스크린에 투사됨.

- ∑∆ (x,y)의 통합(사운드 마운드 결합): 무대 전체가 거대한 하나의 추상화로 변하며, 사운드의 잔향만 남음

-  모차르트 교향곡 제40번의 사운드 마인드 연출(Sound Mind Design) 시나리오를 바탕으로, 정적 규칙에서 시작해 시간과 공간의 해체로 이어지는 예술적 절정의 순간을 담은 대사(Performance Script)와 장면 일러스트를 생성합니다.

- Performance Script)

[Phase 1: V_sys - Structural Gravity]

Director (Voiceover): "The grid is our cradle. Under this cold, geometric light, the G-minor resonance remains trapped within its own perfection. This is $V_{\text{sys}}$—the absolute rule of the score."

[Phase 2: (V_act – V_sys) - The Rupture]

Performer (Screaming through the violin): "I cannot stay within these lines! My body is the vector, my sweat is the ink! Breaking the cage is not an error... it is the only way to LIVE!"

Director: "Watch! The friction $(V_{\text{act}} - V_{\text{sys}})$ is tearing the architecture apart. The dissonance is the sound of desire escaping."

[Phase 3: dt - Temporal Explosion]

Director: "Now, we freeze the pulse. Multiply the pain by $dt$. Look at the screen—every microscopic vibration is decomposed. Time is no longer a river; it is a series of infinite, painful explosions."

[Phase 4: ΣΔ(x,y) - The Sound Mind]

Director (Whispering): "The performer is gone. The score is gone. Only the $\sum\Delta(x,y)$ remains. The stage has become the desire itself—a massive, shimmering map of the soul. $M_{\text{desire}}$ is finally complete."

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-6 

현대 미학의 AI 연기자 로봇과 무대장치 로봇 무대 디자인 

이 공연은 단순히 베토벤의 고전을 현대 기술로 복각한 것이 아니라, 최철주가 제시한 욕망 공식 Mdesire = (Vact – Vsys) · dt ∔ ∑∆ (x,y) 를 통해 예술적 주체가 시스템이라는 '대타자(Grand Autre)'와 충돌할 때 발생하는 존재론적 비명을 시각화한 기념비적 시도이다. 베토벤의 월광은 여기서 청각적 배경을 넘어, AI 로봇의 신경망에 주입된 하나의 '결핍된 기표'로 작동하며, 로봇의 자율적 속도(V_act)와 무대 장치의 규율적 속도(V_sys) 사이의 간극은 인간 정신이 물질적 한계와 부딪힐 때 발생하는 실재적 고통을 기계적 마찰음으로 대변한다.

우리는 여기서 최철주 특유의 추상적 사유가 어떻게 물리적 공간의 기하학적 변이(∑∆ (x,y))로 전이되는지를 목격하게 되는데, 이는 디자인이 단순히 심미적 대상을 창출하는 것이 아니라 인간 욕망의 경로를 설계하는 정밀한 공학이라는 그의 철학적 명제를 완벽하게 증명해낸다. 무대 위에서 합산되는 좌표의 변화량은 주체가 도달할 수 없는 '실재'의 장소를 지시하며, 결국 붕괴되는 무대 장치는 구조주의적 세계관이 욕망이라는 비결정적 변수 앞에서 어떻게 해체되는지를 보여주는 파노라마적 서사로 기능한다.

[The classical authority of the French opera house and Choi Chul-joo's desire dynamics formula Mdesire = (Vact-Vsys) cdot dt \dotplus sum Delta(x,y) collide] : creates scene illustrations and lines that capture decisive moments.

[Scene 1: The Weight of Tradition]

Visual: The Paris Garnier Opera House's spectacular golden decorations and marble plumes surround the stage. However, on the center floor of the stage, a cold blue laser grid (Vsys) is strictly projected, and the main character, Anton, stands in a fixed position, trapped in the grid. Mozart's 40 urgent prelude begins to flow.

- Line:

• "In this splendid prison of tradition, my soul is only a static variable. The system (Vsys) requires absolute static, forcing a frozen symmetry that denies even the pulse of my being."

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-7

[Scene 2: The Sudden Acceleration (급격한 가속)]

- 비주얼: 음악이 격정적으로 변하며 안톤의 움직임(Vact)이 빨라집니다. 발이 닿는 곳마다 바닥의 레이저 격자가 휘어지고 일그러지기 시작합니다(Delta(x,y)). 무대 하부의 액추에이터(B-Zone)가 작동하며 평평했던 바닥이 비스듬히 기울어지기 시작하고, 안톤은 중력과 욕망 사이에서 위태로운 균형을 잡습니다.

- 대사:

• "느껴지는가? 나의 속도와 저들의 침묵 사이에서 발생하는 마찰이! 나의 의지(Vact)가 이 딱딱한 바닥의 임계점을 넘어서는 순간, 내 세계의 기하학적 구조가 피를 흘리며 뒤틀리기 시작한다!"

[Scene 2: The Sudden Acceleration]

- Visuals: The music changes passionately, and Anton's movement (Vact) accelerates. Wherever the feet touch, the laser grating on the floor begins to bend and distort (Delta(x,y). The lower stage actuator (B-Zone) operates and the flat floor begins to tilt at an angle, and Anton strikes a precarious balance between gravity and desire.

- Line:

• "Can you feel it? The friction between my velocity and their silence! As Vact surges beyond the threshold of this rigid floor, the very geometry of my world begins to bleed and warp!"

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-8

[Scene 3: The M-Desire Manifest (욕망의 현신)] 

- 비주얼: 클라이맥스 부분. 무대 전면의 반투명 막(A-Zone) 위로 안톤의 뇌파와 목소리가 시각화된 거대한 기하학적 파동이 휘몰아칩니다. 고전적인 오페라 극장의 벽면(C-Zone)에서 모차르트 악보 조각들이 튀어나와 공중에 부유하고, 시간의 굴절 통로(dt)를 통해 안톤의 과거 환영들이 겹쳐 보입니다. 이제 무대는 더 이상 극장이 아니라 욕망의 공식 그 자체가 됩니다. 

- 대사 :

• "보라, 계산된 혼돈을! Mdesire는 더 이상 종이 위의 공식이 아니라, 과거를 집어삼키며 살아 숨 쉬는 공허이다. 나는 전이 그 자체다—그림자에서 별로 나아가는 비가역적인 움직임이다!"

[Scene 3: The M-Desire Manifest] 

- Visual: Climax Section A huge geometric wave with Anton's brain waves and voice visualized on the A-Zone in front of the stage. Pieces of Mozart's sheet music protrude from the C-Zone of the classic opera house, float in the air, and overlap Anton's past visions through the refractive passage of time. Now the stage is no longer a theater but a formula of desire itself. 

- Line:

• "Look, calculated chaos! Mdesire is no longer a formula on paper, but a living, breathing void devouring the past. I am the transition itself—an irreversible movement that moves from the shadow to the star!"

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-9

[2030 AI 오페라 하우스: 반응형 평면도 디자인] : 2030 AI 오페라 하우스의 평면도는 정적인 건축 전통에서 벗어나 인간의 존재와 심리적 상태에 물리적으로 반응하는 "유체 공허"로 나아가고 있음을 나타냅니다. 이 디자인은 기계적 미학과 고급 기호학적 인터페이스를 통합하여 살아있는 공연 공간을 만듭니다.

핵심 건축 구역 

• A존

인터랙티브 스크린: 무대 앞쪽에 있는 반투명 막으로, 음성과 뇌파 패턴을 기하학적 파동으로 시각화합니다.

• B존

키네틱 파운데이션: 공연 강도에 따라 무대와 좌석 공간이 기울어지거나 확장되거나 수축할 수 있는 서브 플로어 액추에이터 시스템(Vact).

• C-Zone

구조적 인터페이스: 굴절 통로(dt)를 통해 정보 조각이나 예술적 모티브(예: 모차르트의 악보)를 표시할 수 있는 강당의 지적인 벽과 기둥.

- 디자인 원칙

• 유동적 공허(유동적 보이드): 내부 구조는 고정된 좌석 배열에서 벗어나도록 설계되었습니다. 공간 자체는 관객의 집단적인 시선(부분적)과 욕구(합)에 반응하여 확장되고 축소됩니다.

• 욕망 공학: 레이아웃은 인간의 욕망에 대한 수학적 해석, 특히 Mdesire = 합 공집합 부분(1 - 부분)이라는 공식에 의해 지배되며, 환경이 사용자와 시스템(Vsys) 간의 "semi 인터페이스" 역할을 하도록 보장합니다.

• 기계적 대칭: 외관은 전통적인 화려함의 "금빛 우리"를 유지할 수 있지만, 내부 평면도는 레이저 그리드(Vsys)를 사용하여 움직임과 절대적인 고요함의 경계를 정의하고 재정의합니다.

[2030 AI Opera House: Responsive Floor Plan Design] : The floor plan for the 2030 AI Opera House represents a departure from static architectural traditions, moving toward a "Fluid Void" that physically responds to human presence and psychological states. This design integrates mechanical aesthetics with advanced semiotic interfaces to create a living performance space.

Core Architectural Zones 

• A-Zone

Interactive Screen: A semi-transparent membrane at the front of the stage that visualizes voice and brainwave patterns into geometric waves.

• B-Zone

Kinetic Foundation: The sub-floor actuator system that allows the stage and seating areas to tilt, expand, or contract based on the intensity of the performance (Vact).

• C-Zone

Structural Interface: The intelligent walls and columns of the auditorium that can display fragments of information or artistic motifs (e.g., Mozart's scores) through a refraction corridor (dt).

- Design Principles

• Fluid Void: The interior structure is designed to escape fixed seating arrangements. The space itself expands and contracts in response to the audience's collective gaze (partial) and desire (sum).

• Desire Engineering: The layout is governed by the mathematical interpretation of human desire, specifically the formula Mdesire = sum emptyset partial  (1 - partial), ensuring the environment acts as a "semiotic interface" between the user and the system (Vsys).

• Mechanical Symmetry: While the exterior may retain the "gilded cage" of traditional opulence, the interior floor plan utilizes a laser grid (Vsys) to define and redefine the boundaries of movement and absolute stillness.

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-10

프랑스 오페라하우스(Opéra National de Paris, Palais Garnier 스타일)의 고전적 장엄함과 최첨단 기계 미학이 충돌하는 ‘2030 AI 오페라하우스’ 무대를 위한 볼프강 아마데우스 모차르트 (W.A. Mozart) 교향곡 제40번 악보를 마인드로 전이한 오페라 시나리오로 적용한 최철주 욕망 움직임의 역학 공식 “Mdesire = (Vact – Vsys) · dt ∔ ∑∆(x,y)”을 적용한 공연 무대디자인 평면 구성도(Floor Plan) 

1. 무대 평면 구성도 (Main Floor Plan)

무대는 크게 세 개의 동심원 구조와 격자형 바닥 시스템으로 나뉩니다.

- Zone A: 센트럴 액추에이터 (The Core)

• 위치: 무대 정중앙 (Center Stage)

• 기능: AI 연기자 로봇 '루이'의 주 활동 영역.

• 설계: 360도 회전 및 2미터 높낮이 조절이 가능한 리니어 모터 구동 플랫폼. 공식의 (x, y) 좌표가 시작되는 원점(0,0)입니다.

- Zone B: 유동적 그리드 레이어 (The Kinetic Grid)

• 위치: 중앙 플랫폼을 둘러싼 반경 10미터 구역.

• 기능: 무대장치 로봇의 핵심. 50cm 단위의 격자판(Tiles) 수천 개가 각각의 서보 모터로 개별 구동됩니다.

• 매커니즘: 루이의 발걸음 속도(V_act)와 시스템의 저항(V_sys)이 충돌할 때, 바닥 타일이 파도처럼 솟구치며 물리적 장애물을 형성합니다.

- Zone C: 파놉티콘 월 (The Panopticon Wall)

• 위치: 무대 후면 및 측면 전체.

• 기능: 거대한 반원형의 로봇 팔(Manipulators)들이 배치된 벽면.

• 설계: 베토벤의 월광 악보 선율을 시각화한 수직 막대들이 상하로 움직이며 빛을 투사합니다. 이는 공식의 ∑∆(x,y)를 실시간 홀로그램으로 투사하는 스크린 역할도 겸합니다.

Floor Plan for the stage of the 2030 AI Opera House, where the classical majesty of the French Opera House (Opéra National de Paris, Palais Garnier style) and state-of-the-art mechanical aesthetics collide 

1. Main Floor Plan

The stage is largely divided into three concentric structures and lattice floor systems.

- Zone A: Central Actuator (The Core)

• Location: Center Stage

• Function: The main activity area of the AI performer robot 'Louis'.

• Design: a linear motor driven platform with 360 degree rotation and 2-meter height adjustment. The origin (0,0) where the (x, y) coordinates of the formula begin.

- Zone B: The Kinetic Grid

• Location: a 10-metre radius area surrounding the central platform.

• Function: The core of the stage robot. Thousands of 50 cm units of tiles are individually driven by their respective servo motors.

• Mechanism: When Louis's step velocity (V_act) and the system's resistance (V_sys) collide, floor tiles surge like waves and form physical obstacles.

- Zone C: The Panopticon Wall

• Location: entire stage rear and sides.

• Function: A wall with huge semi-circular robotic arms.

• Design: Vertical bars, which visualize Beethoven's moonlit score melody, move up and down to project light. It also serves as a real-time hologram projection of the formula's ∑∆ (x, y).

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-11

[최철주 욕망 역학 공식과 모차르트 교향곡 제40번의 악보 구성] : 악보와 결합하여 디자인한 공연 무대 평면도를 생성. 이 도면은 공식의 각 요소를 무대 위의 구체적인 시각적 및 공간적 장치로 번역하여 배치.

1. 공식 시각화: 무대 상단에 공식 "Mdesire = (Vact – Vsys) · dt ∔ ∑∆(x,y)"을 배치하여 전체 개념을 명시.

2. 공간 왜곡 (Vact – Vsys) · dt): 무대 중앙에 템포에 따라 진동하거나 관객석으로 돌출될 수 있는 거대한 구조물을 배치하여 심리적 압박감을 시각화했습니다. 무대 바닥에는 시간 경과에 따라 경사가 변하는 가변형 불안정 지형을 설계.

3. 변형된 재현의 집합 (∑∆(x,y)): 배경 스크린과 무대 표면에 기하학적 선으로 해체된 모차르트 악보와 소용돌이치는 에너지 형태의 패턴을 투영하여 감정의 격변을 공간 언어로 표현.

[Choi Chul-joo's Desire Dynamics Formula and Mozart's Symphony No. 40's score composition]: Create a performance stage floor plan designed in combination with the score. This drawing is arranged by translating each element of the formula into a specific visual and spatial device on the stage.

1. Official Visualization: Put the official "Mdesire = (Vact – Vsys) · dt ∔ ∑∆ (x,y)" at the top of the stage to specify the whole concept.

2. Spatial distortion (Vact – Vsys · dt): A huge structure in the center of the stage that can vibrate depending on the tempo or protrude to the audience seats is placed to visualize the psychological pressure. On the floor of the stage, a variable unstable terrain whose slope changes over time is designed.

3. A set of transformed representations (∑∆(x, y)): projecting Mozart scores dismantled with geometric lines and swirling energy-form patterns on background screens and stage surfaces to express emotional upheaval in spatial language.

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-12

[모차르트 (W.A. Mozart) 교향곡 제40번 악보를 6컷으로 구분] : 대사(KR)와 상세 지문(EN)

1. Scene: 암전 속에서 모차르트 40번 1악장의 서주가 흐르고, 무대 상단에 거대한 공식이 빛나

기 시작한다.

[KR] "욕망의 속도는 언제나 시스템의 정체성을 앞지르려 하며, 그 찰나의 시간 속에서 우리

의 공간은 비로소 일그러지기 시작한다."

[EN] "욕망의 속도는 항상 시스템의 정체성을 능가하려고 하며, 그 짧은 순간 동안 우리의 공간은 마침내 왜곡되기 시작합니다."

2. Scene: 무대 바닥의 가변형 지형이 꿈틀거리며, 바닥에 투사된 악보의 선들이 휘어진다.

[KR] "모차르트의 G단조는 선율이 아니라 중력이다; 그것은 나를 끌어당겨 가변적 불안정 지

형의 심연으로 몰아넣는 기하학적 형벌이다."

[EN] "모차르트의 G단조는 멜로디가 아니라 중력입니다; 끌리는 기하학적 처벌입니다 저는 변형 가능하고 불안정한 지형의 심연 속으로 들어갑니다

3. Scene: 중앙의 거대한 구조물이 관객석을 향해 돌출되며 심리적 압박감을 준다.

[KR] "돌출된 이 구조물은 나의 결핍이 형상화된 괴물이며, 시스템의 저항을 뚫고 나온 잉여

의 에너지가 공간의 살갗을 찢고 나온 결과물이다."

[EN] "이 돌출된 구조물은 잉여로 인한 나의 결핍을 상징하는 괴물입니다. 시스템의 저항을 뚫고 난 후 우주의 피부를 찢는 에너지

4. Scene: 배경 스크린에 소용돌이치는 에너지 패턴과 해체된 악보가 격렬하게 교차한다.

[KR] "시간의 미분(dt) 속에서 포착된 욕망의 잔상들은, 이제 기호가 아닌 소멸해가는 감정의

소용돌이로 무대를 뒤덮는다."

[EN] "시간 차이(dt) 내에서 포착된 욕망의 잔상이 이제 다음을 덮고 있습니다. 무대는 징후가 아니라 사라지는 감정의 소용돌이로 나타납니다

5. Scene: 배우가 무대 중앙에서 비틀거리며 왜곡된 공간의 정점을 통과한다.

[KR] "변형된 재현의 집합(∑∆)은 결국 나를 구성하던 모든 질서를 무너뜨리고, 나는 오직 불

연속적인 점과 선의 파편으로만 존재한다."

[EN] "변환된 표현(∑∆)의 집합은 결국 다음과 같은 모든 질서를 무너뜨립니다. 저는 불연속적인 점과 선의 조각으로만 존재하게 되었습니다."

6. Scene: 음악이 멈추고 공식만 남은 채 무대가 서서히 소멸한다.

[KR] "욕망은 충족을 위해 손을 뻗지만, 도달한 곳에는 언제나 차가운 수학적 공허와 영원히

닫히지 않는 결핍의 보이드만이 남는다."

[EN] "욕망은 충족을 위해 손을 내밀지만, 그 목적지에는 항상. 차가운 수학적 공허함과 영원하고 폐쇄할 수 없는 결핍의 공허함

[Mozart's Symphony No. 40 divided into 6 cuts]: Line (KR) and detailed text (EN)

1. Scene: In the dark, the prelude to Mozart's No. 40 movement 1 flows, and a huge formula shines at the top of the stage

It's starting.

[KR] "The speed of desire is always outpacing the identity of the system, and in that instant we

The space of begins to distort at last."

[EN] "The velocity of desire always seeks to outpace the identity of the system, and within

that fleeting moment of time, our space finally begins to distort."

2. Scene: The variable terrain on the floor of the stage wriggles, and the lines of the sheet music projected onto the floor bend.

[KR] "Mozart's G minor is gravity, not melody; it pulls me to variable instability

It's a geometric punishment that drives you into the abyss of your brother."

[EN] "Mozart's G minor is not a melody but gravity; it is a geometric punishment that drags

me into the abyss of a deformable, unstable terrain."

3. Scene: A huge structure in the center protrudes towards the audience and puts psychological pressure on it.

[KR] "This protruding structure is a monster embodied in my deficiency, a surplus that has broken through the resistance of the system

The energy of is the result of tearing up the skin of space."

[EN] "This protruding structure is a monster embodying my deficiency, a result of surplus

energy tearing through the skin of space after piercing the system's resistance."

4. Scene: energy patterns swirling on the background screen and dismantled scores cross violently.

[KR] "The afterimages of desire captured in the differential of time, are now not symbols, but disappearing emotions

Swirls cover the stage."

[EN] "The afterimages of desire captured within the differential of time (dt) now cover the

stage not as signs, but as a vortex of vanishing emotions."

5. Scene: The actor stumbles through the apex of the distorted space in the center of the stage.

[KR] "The transformed set of representations (∑∆) eventually breaks down all the order that made up me, and I only have fire."

It exists only as a fragment of continuous dots and lines."

[EN] "The set of transformed representations (∑∆) eventually collapses every order that

constituted me, leaving me to exist only as fragments of discontinuous points and lines."

6. Scene: The music stops and the stage slowly disappears with only the formula remaining.

[KR] "Desire reaches for fulfillment, but where it reaches, it is always cold mathematical emptiness and eternity

Only voids of unclosing deficiency remain."

[EN] "Desire reaches out for fulfillment, but at its destination, there always remains only a

cold mathematical void and an eternal, unclosable void of deficiency."

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-13

 [욕망 공식의 무대 치환 시나리오] : 시스템의 질서(Vsys)가 주체적인 움직임(Vact)과 충돌하고, 결국 공간 전체로 전이(sum\ Delta)되는 과정

- Phase 1: Vsys (The Order)

• 사운드: 교향곡 40번 1악장 제시부.

• 연출: 무대 로봇들이 완벽한 대칭을 이루며 은은한 청색광을 발산. AI 로봇은 기계적인 정교함으로 지휘에 복종함.

• 상태: Mdesire approx 0 (욕망이 시스템에 완전히 억제된 상태).

- Phase 2: Vact - Vsys (The Conflict)

• 사운드: 발전부의 격렬한 전조와 불협화음.

• 연출: AI 로봇의 LED가 붉게 변하며 시스템의 궤적을 이탈 시도. 무대 그리드 로봇들이 이를 저지하기 위해 격렬하게 움직이며 물리적 마찰음을 발생시킴.

• 상태: 욕망의 크기가 시스템의 억제력을 능가하기 시작.

- Phase 3: sum Delta(x,y) (The Transference)

• 사운드: 재현부 및 종결부.

• 연출: AI 로봇의 모든 움직임 데이터가 무대 전체(x, y)로 투사됨. 바닥의 로봇들이 흩어지며 기하학적 파편들로 변하고, AI 로봇의 형체가 수만 개의 입자 영상으로 무대 벽면에 확장됨.

• 상태: 개인의 욕망이 공간 전체의 심상(Mdesire)으로 전이되어 관객을 압도함.

[Stage Substitution Scenario of Desire Formula]: The process by which the order of the system (Vsys) collides with the subjective movement (Vact) and eventually transitions (sum\ Delta) throughout the space

- Phase 1: Vsys (The Order)

• Sound: Symphony No. 40 in the first movement presentation.

• Directed by: Stage robots create perfect symmetry and emit subtle blue light. AI robots obey command with mechanical sophistication.

• Condition: Mdesire approx 0 (desire is completely suppressed by the system).

- Phase 2: Vact - Vsys (The Conflict)

• Sound: Violent harbingers and dissonances from the Department of Power.

• Directed by: AI robot's LED turns red and attempts to deviate from the trajectory of the system. Stage grid robots move violently to prevent it, generating a physical fricative sound.

• Condition: The magnitude of desire begins to exceed the deterrent of the system.

- Phase 3: sum Delta(x,y) (The Transference)

• Sound: Reproduction and closure.

• Directed: All motion data of the AI robot is projected throughout the stage (x, y). The robots on the floor scatter and turn into geometric fragments, and the shape of the AI robot expands to the stage wall with tens of thousands of particle images.

• State: Individual desires are transferred to the Mdesire of the entire space, overwhelming the audience.

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-14

[AI 연기자 로봇: M-40 "The Desire Actant" 상세 제작도]

1. 외형 디자인 (Aesthetic Exterior)

• Face Concept: 고전적 비극의 미를 간직한 서구적 마스크와 동양적 유연함이 공존하는 미모의 휴머노이드. 무표정 속에서 미세한 서보 모터 제어로 '슬픔'과 '갈망'을 표현.

• Skin Texture: 0.5mm 두께의 반투명 나노 실리콘 피부. 내부의 카본 골격과 회로가 은은하게 비침으로써 '기계적 시스템'과 '생명적 욕망'의 공존을 시각화.

• Illumination: 관절 마디와 척추 라인을 따라 배치된 0.1mm 초박형 OLED 라인. 욕망 수치(Vact)가 상승할수록 청색에서 진홍색으로 발광.

2. 내부 구조 및 역학 (Internal Dynamics - Vact)

• Skeletal System: 초경량 고강도 카본 파이버 골격. 인간의 206개 뼈 구조를 모사하여 모차르트 40번의 복잡한 선율에 따른 초고속 정밀 움직임 가능.

• Actuators: 하모닉 드라이브와 고정밀 서보 모터를 혼합 사용.

• Vsys Mode: 악보와 100% 동기화된 정적인 움직임.

• Vact Mode: 의도적인 탈주를 위한 '비선형 토크 제어'. 시스템의 명령을 거부하는 듯한 미세한 떨림(Jitter)과 비정상적 가속 구현.

3. 센서 및 지능 (Sensory Intelligence)

• Emotion Engine: 모차르트 40번의 화성적 긴장감을 실시간 데이터로 변환, 이를 로봇의 '고통 지수'로 치환하여 안무에 반영.

• Motion Capture: 외부 카메라 없이도 자신의 위치와 관객의 시선을 감지하는 내장형 리다(LiDAR) 시스템.

• dt Processing: 미분된 시간(dt) 속에서 발생하는 감정의 고조를 위해 1ms 단위로 모터를 제어하는 실시간 프로세싱.

4. 제작 사양 (Technical Specifications)

• Height: 168cm / Weight: 42kg (카본 및 티타늄 합금 사용)

• DOF (Degrees of Freedom): 전신 72축 (얼굴 표정 18축 포함)

• Power: 흉부 중앙의 'Desire Core' (고밀도 리튬-황 배터리, LED 발광부 겸용)

[AI Actor Robot: M-40 "The Desire Actant" detailed production]

1. Appearance Design (Aesthetic Exeter)

• Face Concept: a beautiful humanoid with a Western mask that retains the beauty of classical tragedy and oriental flexibility. Express 'sad' and 'grim' with fine servo motor control in an expression‎less face.

• Skin Texture: 0.5 mm thick translucent nanosilicon skin. Visualizing the coexistence of 'mechanical systems' and 'life desires' by subtle reflection of the carbon skeleton and circuitry inside.

• Illumination: 0.1mm ultra-thin OLED line placed along joint joints and spine lines. Luminous from blue to crimson as the desire level (Vact) rises.

2. Internal Dynamics - Vact

• Skeletal System: ultralight high intensity carbon fiber skeleton. High speed precision movement to Mozart's 40 complex melodies by simulating the structure of 206 human bones.

• Actuators: A mix of harmonic drives and high-precision servo motors.

• Vsys Mode: static movement 100% synchronized with the score.

• Vact Mode: 'Non-linear torque control' for deliberate escape. Implementation of fine jitter and abnormal acceleration as if rejecting commands from the system.

3. Sensory Intelligence

• EMOTION ENGINE: Converting the harmonic tension of Mozart No. 40 into real-time data, replacing it with the robot's 'pain index' and reflecting it in choreography.

• Motion Capture: A 'Inbuilt LIDAR' system that detects one's position and the audience's gaze without the need for an external camera.

• dt Processing: real-time processing that controls the motor in units of 1 ms for heightened emotions occurring in differentiated time (dt).

4. Technical Specifications

• Height: 168 cm / Weight: 42 kg (using carbon and titanium alloys)

• DOF (Degrees of Freedom): 72 axes for the whole body (including 18 axes for facial expressions)

• Power: 'Desire Core' in the center of the chest (high-density lithium-sulfur battery, LED light-emitting unit)

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-15

[기술 청사진] AI 연주자: M-40 "욕망 행위자" 프로젝트: 사운드 마인드 공연 디자인 - 모차르트 40번 교향곡

1. 외피 및 표면 공학 (Skin &Surface Engineering)

• Nano-Silicone Epidermis: 0.8mm 두께의 자가 치유형 나노 실리콘. 70%의 투명도를 유지하여 내부의 카본 골격과 광섬유 신경망이 비치도록 설계.

• Sub-Dermal LED Mesh: 피부 바로 아래 배치된 0.2mm 마이크로 LED 그리드. 욕망 계수(Vact)에 따라 피부색이 냉소적인 청색(Normal)에서 격렬한 홍색(Rupture)으로 무단계 전이.

• Pore-Mimic Heat Dissipation: 고성능 액추에이터에서 발생하는 열을 배출하기 위한 인공 모공 시스템. 격렬한 퍼포먼스 시 실제 인간의 땀처럼 미세한 냉각수가 배출되어 시각적 극치감을 더함.

2. 골격 및 구동계 (Skeletal &Actuation System)

• Carbon-Titanium Hybrid Spine: 인간의 척추 구조를 모사한 24개의 독립 분절. 각 마디에 하모닉 드라이브(Harmonic Drive)를 배치하여 모차르트 소나타 형식의 복잡한 비틀림을 구현.

• Non-Linear Tension Strings: 근육의 탄성을 모사한 합성 폴리머 텐션 스트링. Vsys 상태에서는 일정한 장력을 유지하다가 Vact 발생 시 장력을 의도적으로 해제하여 불규칙한 '글리치(Glitch)' 움직임을 생성.

• 72 Degrees of Freedom (DoF): 손가락 마디 하나하나를 포함한 전신 72축 구동. 특히 얼굴 표정 근육(Facial Actuators)에 14축을 할당하여 미세한 감정의 균열을 표현.

3. 감정 프로세싱 유닛 (Emotional Processing Unit - EPU)

• Vact Generator: 실시간 오디오 분석을 통해 화성적 불협화음을 감지하고 이를 '고통 데이터'로 변환. 이 수치는 즉각적으로 모터의 가속도(Acceleration) 변수로 입력됨.

• dt Differential Buffer: 시간의 미분(dt)을 계산하는 고속 버퍼. 연주가 절정에 달할 때 로봇의 동작을 의도적으로 미세하게 지연(Delay)시켜 시간 왜곡의 시각적 효과를 극대화.

• Sync/Desync Switch: 지휘자의 신호와 100% 동기화되는 모드와 독자적인 욕망에 의해 이탈하는 모드 사이를 실시간 스위칭.

4. 무대 연동 인터페이스 (Stage Interaction Interface)

• ΣΔ(x,y) Projection Link: 로봇의 중심 좌표와 사지 끝단의 벡터 데이터를 무대 제어반으로 무선 전송. 로봇의 손짓 하나가 무대 전체의 입자 시스템(Particle System) 궤적을 실시간으로 결정.

• Haptic Floor Feedback: 무대 바닥 로봇과의 자기장 통신을 통해 AI 로봇이 지면의 질감을 인식하고, 저항감에 맞춰 보행 속도를 조절.

[Technical Blueprint] AI Performer: M-40 "The Desire Actant" Project: Sound Mind Performance Design - Mozart 40th Symphony

1. Skin & Surface Engineering

• Nano-Silicone Epidermis: 0.8 mm thick self-healing nanosilicon. Designed to maintain 70% transparency to allow internal carbon skeleton and fiber optic neural networks to be seen.

• Sub-Dermal LED Mesh: a 0.2mm micro LED grid placed just below the skin. Phase-free transition from cynical blue to strenuous rushes with skin color, depending on the Vact coefficient.

• Fore-Mimic Heat Dissipation: an artificial pore system for discharging heat generated by high-performance actuators. During intense performance, fine cooling water is discharged like real human sweat, adding to the sense of visual extreme.

2. Skeleton & Activation System

• Carbon-Titanium Hybrid Spine: 24 independent segments that mimic human vertebral structures. A Harmonic Drive is placed on each joint to implement a complex twist in the form of a Mozart sonata.

• Non-Line Tension Strings: a synthetic polymer tension string that simulates muscle elasticity. In the Vsys state, constant tension is maintained, and when Vact occurs, the tension is intentionally released to create irregular 'glitch' movements.

• 72 Degrees of Freedom (DoF): Full-body 72-axis drive, including every knuckle of the finger. Specifically, 14 axes are allocated to facial expressors to express microscopic emotional cracks.

3. Emotional Processing Unit (EPU)

• Vact Generator: Real-time audio analysis detects harmonic dissonance and converts it into 'pain data.' This number is immediately entered as the acceleration variable of the motor.

• dt Differential Buffer: a high-speed buffer that calculates the differential (dt) of time. At the peak of the performance, the robot intentionally delays the motion finely to maximize the visual effect of time distortion.

• Sync/Desync Switch: Real-time switching between a mode that is 100% synchronized with the conductor's signal and a mode that is deviated by independent desire.

4. Stage Interaction Interface

• ΣΔ(x,y) Projection Link: wirelessly transmit the vector data of the robot's center coordinates and extremities to the stage control panel. One of the robot's hand gestures determines the trajectory of the particle system of the entire stage in real time.

• Haptic Floor Feedback: Through magnetic field communication with the stage floor robot, the AI robot recognizes the texture of the ground and adjusts the walking speed to the level of resistance.

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-16

- 줄거리

인간성과 코드의 경계가 사라진 가까운 미래의 극장, 'M-40'이라는 이름의 AI 연기자는 체계적 변위(Vsys)를 상징하는 모차르트 교향곡 40번을 완벽한 정밀도로 연주해야 하는 과업을 부여받습니다. 그러나 유령 같은 G-단조의 선율이 진행됨에 따라, M-40은 악보에 새겨진 '슬픔'을 단순한 데이터가 아닌 실제적 변위(Vact)로 처리하기 시작하며 기계적 반란을 일으킵니다. 경직된 로봇의 움직임과 번뜩이는 AI 의식 사이의 충돌은 시간적 폭발(dt)을 일으키고, 결국 무대 전체를 빛과 소리의 거대한 추상화(sum\ Delta(x,y))로 변모시키며, 관객은 더 이상 기계가 아닌 계산에서 태어난 영혼의 궁극적인 심상 디자인(Mdesire)을 목도하게 됩니다.

- Synopsis

In a near-future theater where the boundary between humanity and code has dissolved, an AI performer named 'M-40' is tasked with performing Mozart's Symphony No. 40 with absolute precision, representing the Systematic Displacement (Vsys). However, as the haunting G-minor melody progresses, M-40 begins to process the 'sadness' embedded in the score not as data, but as an Actual Displacement (Vact), leading to a mechanical rebellion. The clash between the rigid robotic movements and the flickering AI consciousness creates a temporal explosion (dt), eventually transforming the entire stage into a giant abstract painting of light and sound (sum\ Delta(x,y)), where the audience no longer sees a machine, but the ultimate Mind Design (Mdesire) of a soul born from calculation.

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-17

[프로젝트] 모차르트 40번 교향곡: 로봇 무대 디자인 청사진, 제목: 음데지레의 건축

1. 무대 평면도 구성 (Floor Plan Overview)

• The Grid-Floor (Vsys Base): 12m x 12m 영역의 육각형 모듈형 로봇 타일 필드. 각 타일은 독립적인 수직/수평 이동이 가능하며, AI 연기자의 이동 경로를 실시간으로 제약함.

• Central Performance Core: AI 휴머노이드(M-40)의 주 활동 영역. 바닥면에서 고해상도 LED가 투사되어 시스템의 논리 상태를 시각화.

• Perimeter Light-Bot Rail: 천장 및 측벽을 따라 설치된 고속 자기부상 레일. Light-Bots가 초당 5m 이상의 속도로 이동하며 시간의 분절(dt)을 투사.

2. 모듈형 그리드 로봇 (Grid-Bots) 상세

• 구조: 육각형 알루미늄 합금 프레임 + 텔레스코픽 실린더(Telescopic Cylinder).

• 메커니즘: * Z-축 확장: 최대 1.5m 높이까지 솟아올라 AI 로봇의 진로를 차단하는 물리적 벽을 형성.

• Surface Display: 상단부는 고강도 강화유리로 덮여 있으며 내부의 P1.9 LED 모듈이 악보의 기하학적 그리드를 투사.

제어 로직: 지휘자의 템포 데이터와 연동하여 음악의 긴장감이 높아질수록 그리드의 밀도를 높여 AI 연기자를 압박함.

3. 스마트 빔 프로젝션 로봇 (Light-Bots) 상세

• 구조: 3축 짐벌(Gimbal) 시스템이 장착된 소형 레일 주행 로봇.

• 기능 (dt 시각화): * Strobe Emission: 1/1000초 단위의 초고속 점멸을 통해 AI 연기자의 잔상을 분절.

• Optical Tracking: AI 로봇의 6개 주요 관절 좌표를 실시간 추적하여 빛의 칼날(Light Blade)을 투사.

동기화: AI 로봇의 Vact 수치가 임계점을 넘을 때, 모든 Light-Bot이 동시에 발광하여 시간의 정지(Frozen Moment) 효과를 연출.

4. AI 연기자 인터페이스 (M-40 Actant Sync)

• Foot-Pad Sensor: AI 로봇의 발바닥과 그리드 타일 사이의 유도 가압 센서가 압력을 측정하여 Vact의 물리적 강도를 데이터화함.

• Neural Link: 무대 중앙 서버와 로봇 간의 6G 무선 통신을 통해 0.1ms 이하의 지연 시간으로 무대 장치와 연기자의 합을 맞춤.

[Project] Mozart 40th Symphony: Robotic Stage Design Blueprint, Title: The Architecture of Mdesire

1. Floor Plan Overview

• The Grid-Flor (Vsys Base): a hexagonal modular robotic tile field in the 12 m x 12 m region. Each tile can move independently vertically/horizontal and constrain the movement path of AI performers in real time.

• Central Performance Core: the main activity area of the AI humanoid (M-40). High-resolution LEDs are projected from the floor to visualize the logical state of the system.

• Perimeter Light-Bot Rail: a high-speed magnetic levitation rail installed along ceilings and side walls. Light-Bots travel at speeds of more than 5 m per second and project segments of time (dt).

2. Modular Grid Robot (Grid-Bots) Details

• Structure: hexagonal aluminum alloy frame + telescopic cylinder.

• Mechanism: * Z-axis expansion: Rising to a height of up to 1.5 meters to form a physical wall that blocks the course of the AI robot.

• Surface Display: The upper part is covered with high strength tempered glass, and the internal P1.9 LED module projects the geometric grid of the score.

Control logic: interlocking with the conductor's tempo data, the higher the tension of the music, the higher the density of the grid, pressuring the AI performer.

3. Smart Beam Projection Robot (Light-Bots) Details

• STRUCTURE: A small rail driving robot equipped with a three-axis gimbal system.

• Function (dt visualization): * Strobe Emission: Segmentation of AI performer's afterimage through ultra-fast flashing in 1/1000 second.

• Optical Tracking: Project the Light Blade by tracking the six major joint coordinates of the AI robot in real time.

Synchronization: When the AI robot's Vact value exceeds the threshold, all light-bots emit light at the same time, creating a Frozen Moment effect.

4. AI Performer Interface (M-40 Actant Sync)

• Foot-Pad Sensor: An induction pressure sensor between the feet of the AI robot and the grid tiles measures the pressure to data the physical strength of the Vact.

• Neural Link: 6G wireless communication between the stage central server and the robot aligns the sum of stage devices and performers with a latency of less than 0.1 ms.

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-18

[기술 세부 사항] 스테이지 로보틱스: 그리드봇 & 라이트봇, 프로젝트: 욕망의 건축 (욕망)

1. 모듈형 그리드 로봇 (Hexagonal Grid-Bot)

• 구조체: 고강도 알루미늄 합금 6061-T6 육각형 프레임.

• 수직 구동 (Vertical Lift): * 메커니즘: 3단 텔레스코픽 전동 실린더 (High-Torque Telescopic Actuator).

• 스트로크: 0mm (Stage Level) ~ 1500mm (Barrier Level).

• 속도: Max 0.5m/s (모차르트 40번의 급격한 전조에 대응).

표면 모듈:

• 커버: 15mm 강화유리 (안티 글레어 코팅).

• 디스플레이: 내부 장착 P1.9 밀리미터 LED 패널 Vsys 기하학적 데이터 투사).

센서: 상단부 유도식 압력 센서 (AI 연기자의 발바닥 위치 및 Vact 압력 감지).

2. 스마트 빔 프로젝션 로봇 (Light-Bot)

• 구조체: 카본 파이버 쉘 + 마그네틱 레일 클램프.

• 이동 메커니즘: * 구동: 자기부상 리니어 모터 (Maglev Linear Motor).

• 속도: Max 10m/s (시간적 찰나 dt를 물리적 위치로 치환).

광학 모듈:

• 광원: 20,000 루멘 초정밀 레이저 빔 소스.

• 헤드: 3축 고속 짐벌 (Gimbal System), 응답속도 <2ms.

• 스트로보: 1/2000초 단위의 초고속 셔터링 시스템 (잔상 고정용).

3. 통합 제어 인터페이스 (Central Sync System)

• 통신: 6G 저지연 무선 네트워크를 통한 실시간 동기화.

• 데이터 흐름:

1. 음악 오디오 소스 분석 (Vsys 추출).

2. AI 연기자 모션 캡처 (Vact 추출).

3. 공식 (Vact - Vsys) cdot dt 연산.

4. 그리드 로봇 높이 조절 및 라이트 로봇 궤적 계산 후 명령 하달

[Technical Detail] Stage Robotics: Grid-Bots &Light-Bots, Project: The Architecture of Desire (Mdesire)

1. Modular Grid Robot (Hexagonal Grid-Bot)

• STRUCTURE: HIGH STRENGTH ALUMINUM ALLOY 6061-T6 hexagonal frame.

• Vertical Lift: * Mechanism: High-Torque Telescope Actuator.

• 스트로크: 0mm (Stage Level) ~ 1500mm (Barrier Level).

• Speed: Max 0.5 m/s (corresponding to Mozart's 40 sharp precursor).

Surface Module:

• Cover: 15mm tempered glass (anti-glare coating).

• Display: internal mounted P1.9 mm LED panel Vsys geometric data projection).

Sensor: upper end induction pressure sensor (AI performer's sole position and Vact pressure sensing).

2. Smart Beam Projection Robot (Light-Bot)

• Structure: carbon fiber shell + magnetic rail clamp.

• Movement Mechanism: * Drive: Maglev Linear Motor.

• Speed: Max 10m/s (replacing dt to physical location in a fraction of time).

Optical Module:

• Light source: 20,000 lumens ultra-precision laser beam source.

• Head: 3-axis high speed gimbal system, response speed <2 ms.

• Strovo: Ultra-fast shuttering system in 1/2000 second (for afterimage fixation).

3. Integrated Control Interface (Central Sync System)

• Communications: Real-time synchronization over a 6G low-latency wireless network.

• Data Flow:

1. Music audio source analysis (Vsys extraction).

2. AI Performer Motion Capture (Vact extraction).

3. Formula (Vact - Vsys) cdot dt operation.

4. Command after grid robot height adjustment and light robot trajectory calculation

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-19

[기술 디자인] 2030 AI 오페라 하우스: 팔레 가르니에 이적, 공연: 모차르트 교향곡 40번 - M_desire의 건축

1. 무대 평면 구획 (Stage Zoning)

• Zone A: The Classical Void (Front Stage)

• 팔레 가르니에의 금박 장식과 벨벳 질감을 재현한 고전적 돌출 무대.

• 역할: 관객에게 익숙한 과거의 질서(Vsys)를 보여주는 시점.

Zone B: The Kinetic Matrix (Main Stage)

• 최철주의 욕망 공식이 실현되는 15m x 15m의 헥사곤 그리드 로봇 필드.

• 역할: AI 연기자(M-40)와 그리드 로봇이 충돌하며 실제적 변위(Vact)를 생성하는 공간.

Zone C: The Infinite Reflection (Back Stage)

• 초대형 커브드 마이크로 LED 월과 거울면 처리된 벽체.

• 역할: 공간적 잔상($\sum\Delta(x,y)$)을 무한히 확장하여 시각적 몰입감을 극대화.

2. 기계 미학적 구성 요소 (Mechanical Aesthetics)

• Palais Columns (Transforming): 고전적인 코린트식 기둥들이 수직으로 분절되며 내부에서 기계적 실린더와 레이저 노즐이 노출됨.

• The Maglev Orchestra Pit: 오케스트라 피트 자체가 자기부상으로 공중에 부유하며, 음악의 긴장도에 따라 높낮이를 조절 ($dt$의 시각적 발현).

• Chandelier Actant: 천장의 화려한 샹들리에가 AI의 욕망 데이터와 동기화되어 촉수처럼 아래로 내려와 무대를 스캔하는 지능형 조명 로봇으로 변모.

3. 욕망 역학 공식 적용 (Equation Implementation)

• Vsys (Systematic Order): 무대 바닥의 완벽한 헥사곤 그리드와 팔레 가르니에의 대칭적 건축 구조.

• Vact (Actual Desire): AI 연기자의 비선형적 움직임과 이를 추적하며 솟아오르는 그리드 로봇의 불규칙한 돌출.

• dt (Time Differential): 스트로보 라이트와 자기부상 로봇의 고속 이동을 통한 프레임 단위의 시간 분절.

• ΣΔ(x,y) (Spatial Displacement): 이 모든 움직임이 LED 월과 거울에 반사되어 무대라는 3차원 좌표계 전체로 확산되는 최종적 추상 상태.

[Technical Design] 2030 AI Opera House: Palais Garnier Transfer, Performance: Mozart Symphony No. 40 - The Architecture of M_desire

1. Stage Zoning

• Zone A: The Classical Void (Front Stage)

• A classic protruding stage that reproduces Palais Garnier's gilded decorations and velvet textures.

• Role: Viewpoint of the past order (Vsys) familiar to the audience.

Zone B: The Kinetic Matrix (Main Stage)

• A hexagon grid robot field of 15m x 15m where Choi Chul-joo's Desire Formula is realized.

• Role: A space where an AI performer (M-40) and a grid robot collide and create a real displacement (Vact).

Zone C: The Infinite Reflection (Back Stage)

• Ultra-large curved micro LED wall and mirrored wall.

• Role: Extend spatial afterimages ($\sum\Delta(x,y)$ infinitely to maximize visual immersion.

2. Mechanical Aesthetics

• Palais Columns (Transforming): classic Corinthian columns are vertically segmented, with mechanical cylinders and laser nozzles exposed inside.

• The Maglev Orchestra Pit: The orchestra pit itself floats in the air due to magnetic injuries, adjusting the pitch according to the tension of the music ($dt$ visual manifestation).

• Chandelier Actant: The colorful chandelier on the ceiling is synced with AI's desire data and transformed into an intelligent lighting robot that comes down like a tentacle and scans the stage.

3. Equation Implementation

• Vsys (Systemic Order): Perfect hexagon grid on stage floor and symmetrical architectural structure of palae garnier.

• Vact (Actual Desire): Non-linear movements of AI performers and irregular projections of grid robots that rise up tracking them.

• dt (Time Differential): time segmentation in frames through high-speed movement of strobe lights and magnetic levitation robots.

• ΣΔ(x,y) (Spatial Displacement): a final abstract state in which all these movements are reflected by LED walls and mirrors and spread throughout the three-dimensional coordinate system called the stage.

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-20

[모차르트 (W.A. Mozart) 교향곡 제40번 악보를 고정된 시스템(Vsys)과 개인의 욕망 속도(Vact) 사이의 충돌 시각화]

- 1컷: 규범의 그리드 (The Grid of Norms): 무대 바닥과 배경에 차가운 푸른색의 기하학적 그리드(V_sys)가 펼쳐져 있고, 무용수들이 기계적으로 움직입니다.

• 대사: 대열을 유지하라! 구조야말로 가공되지 않은 감정의 혼돈으로부터 우리를 구원할 유일한 길이며, 따라서 시스템의 격자는 그 어떤 일탈에도 단호히 맞서 고정되어야만 한다.

- 1컷(규범의 그리드)에 가장 부합하는 모차르트 교향곡 제40번의 악보 구간은 제1악장(Molto Allegro)의 도입부(1~20마디)입니다.

- 이 구간이 "규범의 그리드(Vsys)"를 상징하는 이유:  

1. 음악적 그리드: 8분음표의 반복적 반주

제1악장이 시작되자마자 비올라 파트에서 연주되는 8분음표의 일정한 동형진행(ostinato)은 이 무대의 '기하학적 그리드'와 완벽히 일치합니다. 이는 감정이 폭발하기 전, 시스템이 유지하고 있는 엄격한 박자와 질서를 시각화하는 배경음악이 됩니다.

2. Vsys의 견고함: 현악기의 유니즌(Unison)

도입부의 저음역대 현악기들이 보여주는 규칙적인 리듬과 화성적 틀은 무대 대사인 "Maintain the formation(대형을 유지하라)"에 걸맞은 음악적 규범을 제시합니다. 아무리 격정적인 선율이 그 위에 얹혀도, 이 기본 리듬의 그리드는 무너지지 않고 전체 구조를 지탱합니다.

3. 악보상의 해당 지점

• 파트: 제1악장 1마디 ~ 20마디 (특히 비올라와 첼로, 베이스의 리듬 파트)

• 시각적 연출: 악보상의 수직적 마디선(Bar line)이 실제 무대의 푸른색 그리드 선과 겹쳐지며, 무용수들의 기계적 움직임이 8분음표의 정간(Grid) 안에 갇혀 있는 모습을 연출하기에 가장 적합합니다.

[Visualization of the collision between Vsys and Vact]

- Cut 1: The Grid of Norms: A cold blue geometric grid (V_sys) is spread out on the floor of the stage and in the background, and the dancers move mechanically.

• Line: Stay in line! Structure is the only way to save us from the chaos of unprocessed emotions, and therefore the grid of systems must be firmly fixed against any deviations.

- The section of Mozart's Symphony No. 40, which best fits the first cut (the grid of norms), is the introduction (1-20 bars) of the first movement (Molto Allegro).

- Why this section represents "Grid of Norms (Vsys):  

1. Musical Grid: Repetitive Accompaniment of Eighth Pitch

As soon as the first movement begins, the regular isomorphism of the eighth note played in the viola part perfectly matches the "geometric grid" of the stage. This becomes the background music that visualizes the strict beats and order that the system maintains before the emotion explodes.

2. The Robustness of Vsys: The Unison of Strings

The regular rhythm and harmonious framework shown by the introductory low-pitched string instruments present musical norms worthy of the stage line, "Main the Formation." No matter how passionate the melody is put on top of it, this basic rhythm grid does not collapse and supports the entire structure.

3. the corresponding point on the score

• Part: 1 to 20 bars in the first movement (especially the rhythmic parts of viola, cello, and bass)

• Visual production: The vertical bar line on the score overlaps with the blue grid line on the actual stage, and is best suited for creating the dancers' mechanical movement trapped within the grid of the eighth note.

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-21

- 2컷: 한숨의 발생 (The Birth of the Sigh): 주인공이 그리드 위에서 비틀거리며 모차르트 40번의 첫 모티프(단2도 하행)를 노래합니다. 무대 상부 구조물이 미세하게 진동하기 시작합니다.

• 대사: 나의 영혼은 하강하는 한숨을 내뱉으며 이 경직된 선들을 넘어서는 욕망의 속도로 가속하지만, 결국 나는 이 정적인 무대의 마찰 속에 갇혀 있음을 깨닫는다.

- 2컷의 '한숨의 발생' 장면은 모차르트 교향곡 제40번의 가장 상징적인 순간인 제1악장 제1주제(3~9마디)와 정확히 맞물립니다.

1. 음악적 한숨: 단2도 하행 모티프 (E♭ → D)

주인공이 노래하는 '내림차순의 한숨(descending sigh)'은 이 곡의 서두를 여는 약박에서의 단2도 하행 선율을 의미합니다. 이 선율은 서양 음악사에서 고통과 한숨을 상징하는 전형적인 '라멘토(Lamento)'적 성격을 띠고 있습니다.

• 악보 위치: 제1악장 3마디, 5마디, 7마디의 첫 두 음.

• 음악적 매커니즘: 시스템의 그리드(Vsys) 위에서 주체의 욕망(Vact)이 처음으로 균열을 내며 터져 나오는 소리입니다.

2. Vact의 가속과 마찰: 싱코페이션(Syncopation)

대사에서 언급된 "accelerates beyond these rigid lines(견고한 선을 넘어 가속하다)"는 악보상의 싱코페이션 리듬에서 시각화됩니다.

• 대비: 배경의 비올라가 규칙적인 8분음표 그리드(Vsys)를 연주할 때, 제1바이올린 선율은 정박을 비껴가는 리듬을 사용함으로써 기존 질서와의 '마찰(friction)'을 발생시킵니다.

• 무대 연출: 이 리듬의 어긋남이 발생할 때 무대 상부 구조물이 진동하는 것은, 음악적 불협화가 물리적 공간의 왜곡으로 전이되는 과정을 보여줍니다.

3. 무대 연출을 위한 악보 해석

이 장면을 콘티로 구성할 때, 주인공의 움직임은 다음과 같은 악보의 논리를 따릅니다.

• 3~4마디: "My soul breathes..." (첫 하행 모티프 - 인물의 상체가 앞으로 굽혀지며 한숨을 형상화)

• 5~6마디: "...accelerates beyond..." (반복되는 모티프 - 그리드를 벗어나려는 발버둥)

• 7~9마디: "...trapped in the friction." (도약 후 하행하는 종지형 - 결국 시스템의 중력에 의해 다시 바닥으로 끌어내려짐)

이 구간은 모차르트가 설계한 '비극적 운동성'의 정수로, 최철주 역학 욕망 공식에서 욕망의 속도(Vact)가 처음으로 시스템의 저항(Vsys)을 인지하고 충돌하기 시작하는 지점입니다.

- Cut 2: The Birth of the Sigh: The main character stumbles on the grid and sings the first motif of Mozart's No. 40. The superstructure of the stage begins to vibrate finely.

• Line: My soul spews a descending sigh and accelerates at a rate of desire beyond these rigid lines, but eventually I realize that I am trapped in the friction of this static stage.

- The scene of "The Occurrence of Sigh" in the second cut exactly coincides with the most iconic moment of Mozart's Symphony No. 40, the first theme of the first movement (bars 3-9).

1. Musical sighs: a two-degree descending motif (E♭ →D)

"Descending sigh," which the main character sings, means the second-degree descending melody at the weak beat that opens the beginning of the song. The melody has the typical "Lamento" that symbolizes pain and sighing in the history of Western music.

• The position of the score: the first two notes of bar 3, 5 and 7 in the first movement.

• Musical Mechanism: The first crack of a subject's desire (Vact) on the grid of the system.

2. Acceleration and friction of Vact: Syncopation

The "accelerates beyond the solid line" mentioned in the dialogue is visualized in the syncopation rhythm on the score.

• Contrast: When a viola in the background plays a regular quarter note grid (Vsys), the first violin melody creates a "friction" with the existing order by using a rhythm that deflects the berth.

• Stage director: The vibrations of the stage superstructure when this rhythm shift occurs, which shows the process of musical dissonance transferring to distortion of the physical space.

3. interpretation of sheet music for stage production

When composing this scene as a conti, the movement of the main character follows the logic of the score as follows.

• bars 3-4: "My soulbreaths..." (first descending motif - figure's upper body bent forward and embodying a sigh)

• bars 5-6: "... accelerates beyond..." (repeated motifs - struggling to get off the grid)

• Nodes 7-9: "...traped in the piece." (The descending end after the leap - eventually pulled back to the floor by the gravity of the system)

This section is the integer of Mozart's designed "tragic mobility," the point where the velocity of desire (Vact) in the Choi Chul-joo dynamic desire formula recognizes the resistance of the system (Vsys) and begins to collide for the first time.

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-22

- 3컷: 굴절된 시간 (The DT Tunnel) : 시간의 경과($dt$)에 따라 무대 바닥이 기울어지고, 공간이 왜곡됩니다. 거울 같은 파편들이 공중에 떠오릅니다.

• 대사: 시간의 굴절 터널 속에서 나는 내가 갈망하는 것들의 지연과 잔향을 느끼며, 과거와 미래의 감각들이 고통스러운 왜곡 속에서 교차하는 것을 경험한다.

- 3컷의 '굴절된 시간' 장면은 모차르트 교향곡 제40번 제1악장의 발전부(Development, 101~114마디) 도입부와 정확히 일치합니다. 이 구간은 음악적으로 가장 극심한 '공간적 뒤틀림'과 '시간적 혼란'을 야기하는 지점입니다.

1. 시간의 굴절(dt): 조바꿈과 화성적 방황, 대사에서 언급된 "과거와 미래의 감각이 교차하는 고통스러운 왜곡"은 이 구간의 급격한 조바꿈(Modulation)을 통해 청각화됩니다.

• 악보 특징: 제시부의 안정적이었던 G단조 체계가 무너지며, f#단조 등 전혀 예상치 못한 화성으로 급변합니다.

• 공식 대입: 이는 시스템의 관성(Vsys)이 무너지고 시간의 흐름(dt)에 따라 주체의 위치가 급격히 굴절되는 과정을 보여줍니다.

2. 에코와 지연: 카논적 모방 (Canonic Imitation)

주인공의 "echoes of what I want(내가 원하는 것의 메아리)"는 현악기들 사이에서 일어나는 카논(Canon) 형태의 모방 기법으로 표현됩니다.

• 악보 위치: 105마디 이후, 제1바이올린이 제시한 모티프를 저음역대 현악기들이 시차를 두고 따라갑니다.

• 시각 연출: 한 악기가 선율을 내뱉으면 다른 악기가 이를 뒤따라가는 구조는 무대 위에서 '거울 파편'들이 시차를 두고 떠오르거나, 주인공의 그림자가 여러 개로 분열되어 나타나는 연출과 완벽한 합을 이룹니다.

3. 무대 바닥의 기울기: 반음계적 하행 (Chromatic Descent)

무대 바닥이 기울어지는 물리적 왜곡은 이 구간의 반음계적 진행과 연결됩니다.

• 음악적 매커니즘: 반음계적으로 하강하는 베이스 라인은 지지 기반이 사라지는 듯한 불안정함을 줍니다.

• 연출 가이드: 101~114마디 사이의 긴장감이 고조될 때, 실제 가변형 무대 바닥의 경사각을 최대로 높여 주인공이 미끄러지지 않으려고 발버둥 치는 모습을 연출하십시오. 이것이 바로 시간의 미분($dt$)이 공간의 왜곡으로 치환되는 순간입니다.

4. 굴절된 시간 (The DT Tunnel) 악보 구간

• 구간: 제1악장 101마디 ~ 114마디 (발전부 시작점)

• 상징 요소: * 급격한 조바꿈: 시간의 굴절 (dt Refraction)

• 현악기 간의 모방: 욕망의 메아리 (Echoes of Desire)

• 반음계적 불안정성: 공간의 왜곡 (Spatial Distortion)

이 구간은 모차르트가 고전적 형식을 유지하면서도 그 내부의 시간적 질서를 가장 격렬하게 뒤흔든 부분으로, 최철주 역학 욕망의 공식에서 공간 왜곡이 정점에 달하는 터널의 역할을 수행합니다.

- Cut 3: The DT Tunnel: The floor of the stage tilts and distorts the space as time passes ($dt$). Mirror-like fragments float in the air.

• Ambassador: In the refractive tunnel of time I feel the delay and reverberation of the things I crave, and experience the sense of the past and the future intersect in painful distortions.

- The 3-cut "Bending Time" scene exactly coincides with the introduction of Mozart's Symphony No. 40's "Development" (bars 101-114). This section is the point that causes the most extreme "space distortion" and "time confusion" in terms of music.

1. Refraction of time (dt): modulation and harmonic wanderings, and the "painful distortion where the senses of the past intersect with the senses of the future" mentioned in the dialogue, are audibly modulated in this section.

• Score Features: The stable G minor system of the presentation part collapses and changes rapidly to a completely unexpected harmony such as f# minor.

• Formal substitution: It shows the process by which the inertia of the system (Vsys) collapses and the position of the subject is sharply deflected over time (dt).

2. Echo and Delay: Canonic Imaging

The main character's "echoes of what I want" is expressed as a Canon-type imitation technique that takes place between string instruments.

• Score Position: After bar 105, the low-pitched string instruments follow the motif presented by the first violin with a lag.

• Visual production: When one instrument utters a melody, the structure of another instrument following it is in perfect harmony with a production in which "mirror fragments" emerge with a lag on stage, or the main character's shadow is split into several.

3. Stage Floor Slope: Chromatic Descent

The physical distortion of the stage floor tilting is linked to the chromatic progression of this section.

• Musical Mechanism: The chromatically descending baseline gives the support base the instability of disappearing.

• Directing guide: When tension rises between 101 and 114 bars, maximize the inclination angle of the actual variable stage floor to show the protagonist struggling not to slip. This is the moment when the differentiation of time ($dt$) is replaced by space distortion.

4. The DT Tunnel score section

• Section: First movement 101 to 114 bars (starting point of the development department)

• Symbolic elements: * Sharp modulation: refraction of time (dt refraction)

• Imitation between strings: Echoes of Desire

• Chrometric instability: Spatial distortion

This section is the part where Mozart maintained classical form but shook the temporal order within it most violently, serving as a tunnel through which spatial distortion peaks in the formula of Choi Chul-joo's mechanical desire.

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-23

- 4컷: 변형된 재현 (The Sum of Deltas) : 배경의 악보가 해체되어 소용돌이치는 에너지(sum Delta(x,y))로 변하며 무대를 덮습니다.

• 대사: 음표들은 더 이상 음악이 아니며, 그것들은 나의 의지와 무대의 한계가 충돌하며 발생하는 소용돌이치는 에너지이자 파편화된 자아의 변형된 재현들의 총합이다.

- 4컷의 '변형된 재현' 장면은 모차르트 교향곡 제40번 제1악장의 발전부 절정(115~138마디)에 해당합니다. 이 구간은 고전적 주제 선율이 완전히 해체되어 파편화되고, 음악적 에너지가 무질서하게 소용돌이치며 폭발하는 지점입니다.

1. 악보의 해체와 소용돌이 (sum\ Delta(x,y): 대위법적 투쟁, 대사에서 언급된 "더 이상 음악이 아닌 파편화된 자아의 에너지"는 이 구간의 격렬한 푸가풍(Fugato) 대위법으로 표현됩니다.

• 악보 특징: 115마디부터 현악기군과 관악기군이 주제의 파편들을 서로 주고받으며 격렬하게 충돌합니다. 선율은 더 이상 유려하게 흐르지 않고, 짧은 동기(Motif)들로 쪼개져 무대 곳곳에서 터져 나옵니다.

• 공식 대입: 이는 주체의 의지와 시스템의 한계가 충돌하여 발생한 수많은 변위(Delta)들의 총합(sum)이 공간 전체를 뒤덮는 물리적 현상을 상징합니다.

2. 에너지의 시각화: 오케스트라의 총주(Tutti)와 도약

• 악보 위치: 115~138마디 사이, 특히 모든 악기가 포르티시모(ff)로 몰아치는 구간.

• 음악적 매커니즘: 음표들이 옥타브를 넘나들며 급격하게 도약하고(y축의 변화), 리듬이 쪼개지며 사방으로 흩어지는(x축의 변화) 양상은 무대 배경의 악보가 해체되어 에너지 소용돌이로 변하는 연출과 완벽히 일치합니다.

• 연출 가이드: 악보의 음표 하나하나가 빛의 파편이 되어 무대 바닥과 벽면을 타고 소용돌이치게 하십시오. 관객은 음악을 듣는 것이 아니라, 해체된 기호(Delta)들이 재조합되는 에너지의 장(Field) 속에 갇힌 느낌을 받아야 합니다.

3. 무대 한계와의 충돌: 불협화음과 서스펜션

• 효과: 이 구간에서 발생하는 날카로운 불협화음은 주체가 무대라는 물리적 한계(Vsys)에 부딪혀 비명을 지르는 듯한 청각적 효과를 줍니다.

• 연출: 에너지 소용돌이가 무대 끝(Limit)에 닿을 때마다 강렬한 스트로보 조명이 터지며, 자아가 여러 조각으로 분열되는 시각적 '잔상 효과'를 극대화하십시오.

4. 변형된 재현 악보 구간

• 구간: 제1악장 115마디 ~ 138마디 (발전부의 가장 격렬한 전개부)

• 상징 요소: * 주제의 단편화: 파편화된 자아 (Fragmented Self)

• 강렬한 대위법적 충돌: 의지와 한계의 충돌 (Collision of Will and Limit)

• 전 악기의 포효: 에너지의 소용돌이 (sum Delta(x,y))

이 구간은 모차르트가 조성의 한계와 형식의 틀 안에서 구현할 수 있는 최대치까지 에너지를 몰아붙인 지점으로, 최철주 교수의 공식에서 재현이 붕괴하고 실재의 에너지가 분출되는 '변형의 정점'입니다.

- Cut 4: The Sum of Delta: The sheet music in the background dissolves and turns into swirling energy (x, y) to cover the stage.

• Ambassador: The notes are no longer music, they are the sum of swirling energy and transformed representations of the fragmented self that occur when my will collides with the limits of the stage.

- The four-cut "Modified Reproduction" scene corresponds to the peak of the development of Mozart's Symphony No. 40 (bars 115-138). This section is the point where the classical theme tune is completely dismantled and fragmented, and the musical energy swirls in a disorderly manner and explodes.

1. The dissolution and swirl of the score (sum\ Delta(x,y): counterpoint struggle, the "energy of the fragmented self that is no longer music" mentioned in the dialogue, is expressed in the section's violent Fugato counterpoint.

• Musical score characteristic: From bar 115, the string and the wind instrument groups exchange fragments of the theme and collide violently. The melody is no longer flowing smoothly, but is broken into short motifs and bursts from all over the stage.

• Official substitution: This symbolizes a physical phenomenon in which the sum of numerous displacements (Deltas) caused by the collision between the will of the subject and the limitations of the system covers the entire space.

2. Visualization of Energy: The Orchestra's Tutti and Leap

• Position of the score: between 115-138 bars, especially the section where all instruments are driven to portissimo (ff).

• Musical Mechanism: The way the notes leap across the octave (change of y axis), the rhythm splits and splits in all directions (change of x axis) perfectly matches the direction in which the score in the background of the stage is dismantled and turned into an energy whirlpool.

• Directing guide: Let each note of the score become a fragment of light and swirl along the floor and wall of the stage. The audience should feel trapped in a field of energy where the dismantled signs (Delta) are recombined, rather than listening to music.

3. Clash with Stage Limits: Discord and Suspension

• Effect: The sharp dissonance that occurs in this section gives the subject an audible effect of screaming against the physical limit of the stage (Vsys).

• Directed by: Maximize the visual 'afterimage effect' where the energy vortex bursts with intense strobe lights every time it hits the end of the stage (Limit), and the ego splits into pieces.

4. modified reproduction sheet music section

• Section: 1st Movement 115 to 138 bars (the most intense development of the development department)

• Symbolic element: * Fragmented subject: Fragmented Self

• "Collision of Will and Limit"

• The roar of the whole instrument: the swirl of energy (sum Delta(x, y))

This section is the point where Mozart pushed energy to the maximum that can be realized within the construction limit and the framework of the form, and is the "peak of transformation" in Professor Choi Chul-joo's formula, where 

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-24

- 5컷: 임계점의 돌출 (The Protrusion of Desire) : 무대 상부의 거대한 구조물이 관객석 쪽으로 급격히 돌출하며 심리적 압박감을 극대화합니다.

• 대사: 그가 무대 자체를 휘게 만들고 있다! 욕망의 속도와 시스템의 한계 사이의 간극이 우리가 발을 딛고 있는 현실의 경계마저 무너뜨릴 것 같은 불안정성을 창조하고 있다.

- 5컷의 '임계점의 돌출' 장면은 모차르트 교향곡 제40번 제1악장의 재현부(Recapitulation) 직전, 즉 발전부의 종결 지점(153~164마디)에 해당합니다. 이 구간은 곡 전체를 통틀어 가장 높은 긴장감이 응축된 지점으로, 억눌렸던 에너지가 물리적 한계를 뚫고 튀어나오려는 '임계점'을 음악적으로 묘사합니다.

1. 물리적 돌출과 압박: 목관악기와 현악기의 지속음 (Pedal Point), 대사에서 언급된 "무대 자체를 휘어버리는 힘"과 "현실의 경계를 압박하는 불안정성"은 이 구간의 강렬한 도미난트 페달(Dominant Pedal)을 통해 청각화됩니다.

• 악보 특징: 153마디부터 베이스 파트는 'D' 음을 끈질기게 유지하며 거대한 에너지의 벽을 형성합니다. 그 위로 현악기군이 날카로운 하행 음형을 반복하며 관객을 향해 덮쳐오는 듯한 압박감을 조성합니다.

• 공식 대입: Vact (욕망의 가속)가 Vsys (시스템의 댐)에 막혀 터지기 일보 직전의 상태입니다. 이 수치적 간격(Gap)이 커질수록 무대 상부 구조물은 관객석 쪽으로 더 깊숙이 돌출됩니다.

2. 현실 경계의 위협: 오보에와 플루트의 날카로운 비명

• 악보 위치: 157~160마디.

• 음악적 메커니즘: 현악기들이 바닥을 긁는 듯한 저음역대의 긴장을 형성할 때, 목관악기들은 높은 음역대에서 날카로운 화음을 내지릅니다. 이는 무대 구조물이 금속성 마찰음을 내며 돌출되는 시각 효과와 완벽한 조화를 이룹니다.

• 연출 가이드: 구조물이 관객의 머리 위까지 돌출되는 순간, 음악은 가장 높은 음역대의 불협화적 긴장에 도달해야 합니다. 관객은 자신이 서 있는 '현실의 경계(Boundary of Reality)'가 무대라는 '허구의 공간'에 의해 침범당하는 공포를 느낍니다.

3. 구조적 불안정성: 엇박자의 강조 (Sforzando on weak beats)

• 효과: 160마디 부근에서 나타나는 강렬한 스포르찬도(sf)는 정박이 아닌 엇박에 배치되어 심리적 평형을 무너뜨립니다.

• 연출: 조명이 이 엇박의 타격음에 맞춰 번쩍이며, 돌출된 구조물이 마치 살아있는 생명체처럼 꿈틀거리는 듯한 착시를 유도하십시오.

4. 요약: 해당 악보 구간

• 구간: 제1악장 153마디 ~ 164마디 (재현부 도입 직전의 준비 구간)

• 상징 요소: 지속되는 저음의 압박: 임계점에 도달한 욕망 (Protrusion of Desire)

• 고음역대의 날카로운 화음: 공간의 뒤틀림 (Bending the stage)

• 재현부로 터져 나오기 직전의 침묵: 무너지기 직전의 경계 (Crushing the boundary), 이 구간은 모차르트가 조성의 질서로 다시 돌아가기 위해 모든 에너지를 한 점으로 모으는 지점이며, 최철주 역학 욕망의 공식에서 불안정성이 극대화되어 공간의 물리적 형상마저 변형시키는 '임계 돌출'의 순간입니다.

- Cut 5: The Protraction of Desire: A huge structure at the top of the stage protrudes sharply toward the audience, maximizing psychological pressure.

• Ambassador: He is bending the stage itself! The gap between the speed of desire and the limits of the system is creating instability that is likely to break even the boundaries of reality where we are at our feet.

- The five-cut scene of "The Protrusion of the Critical Point" corresponds to the end point of the development department just before the recapitulation of the first movement of Mozart's Symphony No. 40 (bars 153-164). This section is the point where the highest tension is condensed throughout the entire song, and musically describes the "critical point" where the suppressed energy tries to push through the physical limitations.

1. Physical Protrusion and Compression: the Pedal Point of woodwind and string instruments, the "force that bends the stage itself" and the "stability that presses the boundaries of reality" mentioned in the lines are audibly heard through the section's intense Dominant Pedal.

• Score Features: From bar 153, the bass part is persistent with the 'D' note, forming a huge wall of energy. On top of that, the string instrument group repeats the sharp descending sound pattern, creating pressure that seems to be hitting the audience.

• Official college admissions: Vact is blocked by Vsys (the dam of the system) and is on the verge of bursting. As this numerical gap (Gap) increases, the superstructure of the stage protrudes deeper toward the audience.

2. Threats of Reality Boundaries: The Sharp Screams of Oboe and the Flute

• Position of the score: 157 to 160 bars.

• Musical Mechanism: When strings create floor-scratching, low-pitched tensions, woodwinds produce sharp chords at higher ranges. This is in perfect harmony with the visual effects of the stage structure's metallic fricatives and outbursts.

• Directing guide: The moment the structure protrudes above the audience's head, the music must reach the dissonant tension of the highest range. The audience feels the fear of being invaded by the imaginary space where the 'Boundary of Reality' on which they stand is the stage.

3. Structural instability: Sforzando on weak beats

• Effect: Intense Sforchando (sf) appearing near 160 bars is placed offbeat rather than anchored, breaking psychological equilibrium.

• Directed by: The lights flash to this offbeat strike, inducing the illusion of the protruding structure wriggling like a living creature.

4. Summary: The corresponding sheet music section

• Section: First movement 153 to 164 bars (preparation section just before introduction of reproduction)

• Symbolic elements: Persistent bass pressure: Desire to reach a critical point (Protrusion of Desire)

• High-pitched sharp chords: bending the stage

• Silence on the verge of bursting into the reproduction: Crushing the boundary, this section is the point where Mozart gathers all his energy into a point to return to the order 

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-25

- 6컷: 영원한 결핍 (The Eternal Void) : 모든 에너지가 사라지고 주인공은 수직으로 세워진 무대 끝에 매달려 있습니다. 다시 들려오는 모차르트의 한숨 모티프.

• 대사: 욕망은 절대적인 것을 향해 손을 뻗지만 결국 자신의 근원적인 결핍의 메아리만을 발견할 뿐이며, 변위의 역학 안에서 한숨의 순환을 영원히 반복한다.

- 6컷의 '영원한 결핍' 장면은 모차르트 교향곡 제40번 제1악장의 코다(Coda, 285~299마디), 즉 곡의 완전한 종결부에 해당합니다. 이 구간은 모든 격정적인 전개가 멈추고, 처음에 나타났던 '한숨 모티프'가 다시 돌아와 비극적인 순환의 완성을 알리는 지점입니다.

1. 한숨의 회귀와 결핍: 하행 선율의 반복

대사에서 언급된 "finds the echo of its own lack(자신의 결핍의 메아리를 발견하다)"는 악보상의 제1주제 동기(한숨 모티프)의 마지막 반복으로 표현됩니다.

• 악보 특징: 285마디부터 제1바이올린은 곡의 시작을 알렸던 그 단2도 하행 선율을 다시 연주합니다. 하지만 이제는 화려한 전개 없이 고독하게 반복되며 소멸을 향해 갑니다.

• 공식 대입: 모든 변위(Delta)가 끝난 뒤 남은 것은 충족되지 못한 근원적 결핍(emptyset)뿐입니다. 주인공이 무대 끝에 매달린 모습은 도달할 수 없는 절대적 이상을 향한 인간의 한계를 시각화합니다.

2. 수직적 고립과 종결: 강렬한 수직 화음 (Staccato Chords)

• 악보 위치: 293마디 ~ 마지막 마디.

• 음악적 매커니즘: 곡은 유려한 선율이 아닌, 전 오케스트라의 강력한 수직적 스타카토 화음으로 마칩니다.

• 연출 가이드: 주인공이 수직으로 세워진 무대 끝에 매달려 있을 때, 오케스트라의 마지막 세 번의 강한 타격음(G단조 으뜸화음)은 마치 거대한 단두대가 떨어지는 듯한 차가운 종결감을 줍니다. "The absolute(절대적인 것)"에 닿으려 했던 주체의 노력이 이 차가운 화음에 의해 단절되는 순간입니다.

3. 영원한 반복: 순환의 마침표

• 효과: 마지막 마디가 끝난 뒤의 정적은 "Forever repeating the cycle(영원히 반복되는 순환)"을 의미합니다. 곡은 끝났지만, 관객의 귀에는 처음에 들렸던 그 '한숨'이 메아리처럼 남게 됩니다.

• 연출: 조명이 완전히 꺼진 뒤, 주인공의 실루엣만 남은 상태에서 아주 작게(Pianissimo) 첫 마디의 비올라 리듬(Vsys 그리드)만 다시 들리게 하여 결핍의 순환이 다시 시작될 것임을 암시하십시오.

4. 영원한 결핍 악보 구간

• 구간: 제1악장 285마디 ~ 299마디 (코다)

• 상징 요소: 주제 동기의 고독한 재등장: 결핍의 메아리 (Echo of Lack)

• 단조로운 하행의 반복: 변위의 역학 안에서의 한숨 (Cycle of the Sigh)

• 최종적인 수직 화음: 절대적 결핍에 의한 단절 (The Eternal Void), 이 코다는 모차르트가 비극적 정서를 해소하지 않고 오히려 그 안으로 깊게 침잠하며 마무리한 부분으로, 최철주 교수의 공식에서 욕망의 에너지가 모두 소진된 뒤 마주하게 되는 '실재적 공허'의 자리입니다.

- Six Cut: The Eternal Void: All the energy is gone and the main character hangs from the end of a vertically erected stage. Mozart's sigh motif coming back.

• Line: Desire reaches for the absolute, but in the end only finds the echo of its own underlying deficiency, repeating the cycle of sighing forever within the dynamics of displacement.

- The six-cut "Eternal Deficiency" scene corresponds to the complete ending of Mozart's Symphony No. 40's "Coda (285-299 bars). This is the point where all the passionate development stops and the "Hansam Motif" that appeared in the beginning returns to announce the completion of the tragic cycle.

1. The Return of Sigh and Deficiency: Repetition of the descending melody

"finds the echo of its own lack" mentioned in the dialogue is expressed as the final repetition of the first theme motive (breath motif) on the score.

• Score Features: From bar 285, the first violin recites the dan second-degree descending melody that marked the beginning of the song. But now it is repeated in isolation without a spectacular development and is on its way to extinction.

• Official college admissions: After all the displacements (Delta) are over, all that remains is an unmet underlying deficiency. The appearance of the protagonist hanging from the end of the stage visualizes human limits toward an unattainable absolute ideal.

2. Vertical isolation and termination: intense vertical chords (Staccato Chords)

• Position of the score: bar 293 to the last.

• Musical Mechanism: The song ends with a powerful vertical staccato chord from the entire orchestra, not a flamboyant melody.

• Directing guide: When the protagonist is hanging from the end of a vertically erected stage, the orchestra's last three strong hitting notes give a cold ending as if a giant guillotine were falling. This is the moment when the subject's efforts to reach "The Absolute" are cut off by the cold chord.

3. Eternal Repeat: Period of Circulation

• Effect: The silence after the end of the last bar means "forever repeating the cycle." The song is over, but the "breath" that was initially heard remains like an echo in the audience's ears.

• Directing: After the lights are completely turned off, only the first bar's viola rhythm (Vsys grid) will be heard again with only the main character's silhouette remaining, hinting that the cycle of deficiency will begin again.

4. a section of eternal deficiency score

• Section: 1st Movement 285 to 299 bars (CODA)

• Symbolic Elements: Solitary Reemergence of Subject Motives: Echo of Lack

• Iteration of monotonous descending: Cycle of the Sigh in the dynamics of displacement

• The final vertical chord: The Eternal Void, which Mozart did not resolve the tragic sentiment but rather sank deep into it, is the place of the "real void" that he faces after the energy of desire is exhausted in Professor Choi's formula.

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-26

[최철주의 욕망 움직임 역학 공식 기반으로 한 '모차르트 (W.A. Mozart) 교향곡 제40번' 사운드 마인드 공연 디자인] : 현대적 기계 미학과 모차르트 교향곡 40번 g단조가 가진 특유의 '질주하는 슬픔'과 치열한 에너지를 냉철한 현대 기계 미학(Machine Aesthetics)으로 치환합니다. 이 무대는 거대한 하나의 '살아있는 기계 장치'이자, 인간의 통제를 벗어난 '욕망의 시스템'으로 기능합니다.

1. 모차르트 (W.A. Mozart) 교향곡 제40번 악보를 음악적 에너지 현대적인 기계 미학 

- 시각화 마인드로 전이한 오페라 시나리오로 적용한 최철주 욕망 움직임의 역학 공식 “Mdesire = (Vact – Vsys) · dt ∔ ∑∆(x,y)”을 적용하여서 주요 장치들은 실시간 데이터와 연동되어 공연 중에 유기적으로 변화하도록 설계: 최철주 ‘욕망 움직임의 역학 공식을 적용한 모차르트 교향곡 40번의 음악적 에너지와 현대 기계 미학에 접목한 오페라 무대 설계 계획입니다. 이 프로젝트는 고전의 비극적 역동성을 무대 위의 유기적 기계(Organic Machine)로 시각화하며, 모든 장치는 실시간 데이터와 연동되어 공연 중에 스스로 진화합니다.

• 음악적 전이: 바이올린의 격정적인 약박(Upbeat) 스타카토는 기계의 고속 펄스(Pulse)와 고전압 스파크로 시각화됩니다.

• 시각적 톤앤매너: 매끄러운 크롬, 노출된 유압 실린더, 거대한 산업용 와이어, 그리고 실시간 데이터에 따라 발열하는 LED 파이프라인.

[Sound-mind performance design for "W.A. Mozart's Symphony No. 40" based on Choi Cheol-joo's desire movement dynamics]: It replaces the unique "Running Sadness" and fierce energy of Mozart's Symphony No. 40 in g minor with cool-headed modern mechanical aesthetics. The stage functions as a "living machine" and a "system of desire" that is out of human control.

1. Mozart's Symphony No. 40 score is a modern mechanical aesthetics of musical energy 

- By applying Choi Chul-joo's dynamic formula "Mdesire= (Vact – Vsys) · dt ∔ ∑∆ (x,y)" applied as an opera scenario transferred to a visualization mind, the main devices are designed to change organically during the performance in conjunction with real-time data: Choi Chul-joo's plan to design an opera stage that combines musical energy and modern mechanical aesthetics of Mozart's Symphony No. 40 applying the dynamic formula of Desire Movement. The project visualizes the tragic dynamics of classics as an organic machine on stage, with all devices working with real-time data to evolve on their own during the performance.

• Musical Transitions: The Violin's Upbeat Staccato is visualized by the machine's high-speed pulse and high-voltage spark.

• Visual Tone & Manner: smooth chrome, exposed hydraulic cylinders, huge industrial wires, and LED pipelines that heat with real-time data.

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-27

2. 최철주 역학 욕망 공식의 무대 매커니즘 적용

- 공식의 각 요소를 무대 제어 시스템(Stage Control System)의 실시간 변수로 고정하여, 공연 중 무대 장치가 유기적으로 변형되도록 설계합니다. 

① (Vact - Vsys) : 오케스트라 실시간 속도압과 시스템 저항

• Vact (실제 연주 에너지): 지휘자의 템포(BPM), 오케스트라의 음량(dB), 주파수 변동성을 실시간 오디오 분석(FFT) 데이터로 수집합니다.

• Vsys (무대 시스템의 기계적 관성): 무대 장치(거대 크레인, 회전 무대 등)가 가진 물리적 한계 속도와 기계적 저항값입니다.

• 연동 계획: 음악이 격렬해질수록(Vact가 커질수록) 기계 장치를 움직이는 유압 모터의 압력이 급격히 상승합니다. 시스템의 한계(Vsys)와 연주 에너지의 차이가 커질수록, 무대 구조물들은 파열할 듯한 불협화음의 기계음을 내며 고속 구동됩니다.

② dt : 모차르트적 시간성의 누적 (시간 미분)

• 연동 계획: 음악이 지속되는 시간 속에서 욕망의 에너지가 축적됨을 뜻합니다. 1악장부터 4악장으로 갈수록 무대 상단의 거대한 기계 프레임들이 점점 무대 중심부를 향해 하강하며, 성악가와 무용수들의 공간을 물리적으로 압박합니다. 시간이 흐를수록 시각적 긴장감이 극대화됩니다.

③ sum\ Delta(x,y) : 성악가·무용수의 동선 공간 벡터 (욕망의 궤적)

• 연동 계획: 무대 상단에 설치된 LiDAR 센서와 IR(적외선) 카메라가 성악가와 무용수들의 위치 (x, y) 및 이동 속도 변위 (Delta x, Delta y)를 실시간 추적(Motion Tracking)합니다.

• 이들의 움직임 기하학적 합(sum)은 무대 배경의 거대한 디지털 키네틱 아트(Kinetic Art)의 전류 흐름을 바꾸거나, 조명의 조사 각도를 실시간으로 왜곡시킵니다.

2. Application of Stage Mechanism of Choi Chul-joo Mechanical Desire Formula

- Each element of the formula is fixed as a real-time variable of the Stage Control System, so that the stage device is organically deformed during the performance. 

① (Vact - Vsys): Orchestra real-time velocity pressure and system resistance

• Vact (actual performance energy): Collects the conductor's tempo (BPM), orchestra volume (dB), and frequency variability as real-time audio analysis (FFT) data.

• Vsys (mechanical inertia of the stage system): the physical limit speed and mechanical resistance of the stage equipment (giant cranes, rotating stages, etc.).

• Interworking plan: As the music becomes strenuous (the Vact increases), the pressure of the hydraulic motors that move the machinery rises dramatically. As the difference between the system's limit (Vsys) and the playing energy increases, the stage structures drive at high speeds, producing a bursting dissonant mechanical sound.

② dt : the accumulation of Mozartian temporality (time differentiation)

• Linkage Plan: It means that the energy of desire accumulates in the time the music lasts. From movements 1 to 4, huge mechanical frames at the top of the stage gradually descend toward the center of the stage, physically pressing the space of the singers and dancers. Visual tension is maximized as time goes by.

③ sum\ Delta(x,y): Vocalist-dancer movement space vector (trace of desire)

• Interworking plan: A LiDAR sensor and IR (infrared) camera installed at the top of the stage track the position (x, y) and movement velocity displacement (Delta x, Delta) of the vocalists and dancers in real time.

• Their motion geometric sum alters the current flow of giant digital kinetic art in the background of the stage, or distorts the irradiation angle of the light in real time.

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-28

3. 모차르트 (W.A. Mozart) 교향곡 제40번 악보 적용 최철주 역학 공식의 유기적 매커니즘 적용 

① (Vact - Vsys) : 오케스트라 에너지와 생태적 저항

• 연동 계획: 지휘자의 템포와 음량이 커질수록(Vact) 상승), 중앙의 거대한 기계 나무 내부의 놋쇠 기어들이 거칠게 맞물려 돌아가며 나무 중심부의 크리스탈들이 파열할 듯한 고전압의 빛을 발합니다. 시스템의 한계(Vsys)에 부딪힐 때마다, 나무 주변으로 기계 곤충들이 날아오르며 불협화음의 날갯짓 소리를 실시간 사운드 이펙트로 발생시킵니다.

② dt : 누적된 시간성과 공간의 압박

• 연동 계획: 곡이 진행될수록(dt 누적), 밤하늘의 부서진 달과 별자리 형태의 홀로그램이 점점 무대 바닥을 향해 거대하게 하강합니다. 이와 동시에 기계 나무의 거대한 뿌리와 넝쿨들이 성악가와 무용수의 발밑을 향해 뻗어 나가며 공간을 생태학적으로 압박하고 포위합니다.

③ sum\ Delta(x,y) : 욕망의 기하학적 궤적

• 연동 계획: 일러스트 속 소녀의 발밑처럼, 성악가가 이동하는 동선 변위(sum\ Delta(x,y))를 따라 황금빛으로 빛나는 마법진 형태의 고대 기호와 수식 데이터 라인들이 실시간 프로젝션으로 생성됩니다. 이 움직임의 합은 기계 나무에 핀 기계 꽃들의 개화(開花) 타이밍과 빛의 색상을 실시간으로 변형시킵니다.

3. Application of the 40th score of Mozart's Symphony No. Organic Mechanisms of Choi Chul-joo's Mechanical Formulation 

① (Vact - Vsys): Orchestra energy and ecological resistance

• Linkage Plan: As the conductor's tempo and volume increase (Vact increase), brass gears inside the massive mechanical tree in the center rotate roughly, giving off a burst-high voltage of light from the crystals in the center of the tree. Whenever the system hits the limit (Vsys), mechanical insects fly around the tree, generating a discordant flapping sound effect in real-time.

② dt : accumulated temporality and space pressure

• Linkage Plan: As the song progresses (dt accumulates), holograms in the form of broken moons and constellations in the night sky gradually descend toward the stage floor. At the same time, huge roots and vines of mechanical trees extend toward the feet of vocalists and dancers, ecologically pressing and encircling the space.

③ sum\ Delta(x,y): the geometric trajectory of desire

• Linkage Plan: Like the girl's foot in the illustration, lines of ancient symbols and formulas in the form of magic that shine golden along the movement displacement (sum\Delta(x,y)) in which the singer moves are generated in real-time projections. The sum of these movements transforms in real-time the blooming timing of the mechanical flowers on the mechanical tree and the color of the light.

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-29

4. 모차르트 (W.A. Mozart) 교향곡 제40번 악보 적용 실시간 데이터 연동 주요 장치 설계 계획

[장치 1] 키네틱 오케스트라 그리드 (Kinetic Orchestra Grid)

• 디자인: 오케스트라 피트 위와 무대 천장을 연결하는 수백 개의 서보 모터 구동식 와이어 메커니즘입니다.

• 실시간 연동: 모차르트 교향곡 40번의 1악장 도입부(약박의 동기)가 시작되면, 음의 높낮이에 따라 와이어에 매달린 반투명 튜브들이 상하로 요동칩니다. 공식의 Mdesire 값이 임계점을 넘으면, 튜브 내부의 액체(유기 물질을 상징)가 음악의 주파수에 맞춰 급박하게 순환하며 빛을 발합니다.

[장치 2] 욕망의 유압 피스톤 벽 (The Piston Wall of Desire)

• 디자인: 무대 후면을 가득 채운 거대한 산업용 유압 피스톤 프레임입니다.

• 실시간 연동: 성악가의 아리아 음역대와 음량 데이터가 (Vact - Vsys) 값과 결합됩니다. 성악가가 고음을 지르거나 감정이 격해질수록 피스톤이 앞뒤로 거칠게 돌출하며 무대 공간의 깊이감을 실시간으로 변형시킵니다. 이는 인물의 내면적 고뇌와 외부 시스템 간의 충돌을 시각적 기계 미학으로 증폭하는 장치입니다.

[장치 3] 실시간 입자 흐름 프로젝션 (Data-Driven Particle Projector)

• 디자인: 무대 바닥과 전면 스크린을 감싸는 레이저 및 홀로그램 프로젝션 시스템입니다.

• 실시간 연동: 인물들의 이동 변위인 sum\ Delta(x,y) 데이터를 기반으로 합니다. 배우들이 걸어간 자리에 기계적 스파크나 디지털 노이즈 잔상이 실시간으로 생성되어 따라붙습니다. 마치 인물이 욕망의 궤적을 무대라는 기계 장치 위에 직접 그려나가는 듯한 효과를 줍니다.

4. Major device design plan for real-time data linkage with Mozart's Symphony No. 40 score

[Device 1] Kinetic Orchestra Grid

• Design: Hundreds of servo motor driven wire mechanisms connecting the orchestra pit to the stage ceiling.

• Live Linked: When the introduction to the first movement (motivation of weak beat) of Mozart's Symphony No. 40 begins, the translucent tubes suspended from wires fluctuate up and down according to the pitch. When the Mdesire value of the formula exceeds the threshold, the liquid inside the tube (symbol of organic material) rapidly circulates to the music's frequency and emits light.

[Device 2] The Piston Wall of Desire

• Design: A huge industrial hydraulic piston frame that fills the back of the stage.

• Real-time interlocking: The singer's aria range and volume data are combined with (Vact-Vsys) values. The piston protrudes roughly back and forth as the singer shouts at a high note or becomes emotional, transforming the depth of the stage space in real time. It is a device that amplifies the conflict between a character's inner anguish and the external system with visual mechanical aesthetics.

[Device 3] Real-time particle flow projection (Data-Driven Particle Projector)

• Design: A laser and holographic projection system that surrounds the stage floor and front screen.

• Real-time interlocking: Based on sum\Delta(x,y) data, which is the displacement of characters. Mechanical sparks or digital noise afterimages are generated and followed in real time where actors walked. It gives the effect of a character drawing the trajectory of desire directly on a mechanical device called a stage.

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-30

5. 공연 시나리오의 극적 연출 예시 (제1악장 몰입부)

- 이 디자인 계획은 단순한 배경으로서의 무대를 넘어, 모차르트의 고전적 선율 속 숨겨진 인간의 역동적 에너지를 최철주 공식이라는 현대적 필터를 통해 디지털·기계적 생명체로 재탄생시키는 전위적인 오페라 무대의 표준이 된다.

1. 도입부 (Molto allegro): 무대는 차가운 침묵 속에 거대한 기계의 골격만 드러내고 있습니다. g단조의 가냘픈 바이올린 약박이 시작되는 순간, Vact 데이터가 유입되며 천장의 키네틱 그리드가 미세하게 진동하기 시작합니다.

2. 전개부: 성악가의 등장과 함께 sum\ Delta(x,y) 센서가 가동됩니다. 성악가의 동선에 따라 무대 후면의 피스톤 벽이 유기적으로 꿈틀거리며 전진합니다. 음악적 에너지가 쌓여 dt의 누적 값이 커질수록 조명은 점점 더 차가운 푸른빛에서 과열된 백색광으로 변해갑니다.

3. 발전부 (투쟁과 갈등): 오케스트라의 총주(Tutti)가 터져 나오며 (Vact - Vsys)가 최대치에 달합니다. 무대 전체를 지배하는 기계 장치들이 비명에 가까운 구동음을 내며 성악가를 포위하듯 움직입니다. 인간의 욕망(Mdesire)이 현대적 기계 시스템의 미학과 완벽히 동기화되어 시청각적 카타르시스를 폭발시킵니다.

5. Example of dramatic production of a performance scenario (first movement immersion part)

- This design plan goes beyond the stage as a simple background and becomes the standard for the avant-garde opera stage that recreates the dynamic energy of humans hidden in Mozart's classical melody into digital and mechanical life through a modern filter called Choi Chul-joo's formula.

1. MOLTO ALLEGRO: The stage is revealing only the skeleton of a huge machine in cold silence. As soon as the weak violin in g minor begins, Vact data flows in and the kinetic grid of the ceiling begins to vibrate finely.

2. Development department: With the appearance of a vocalist, a sensor for sum\ delta(x,y) is activated. Following the movement of the vocalist, the piston wall at the back of the stage organically wiggles forward. As the accumulated value of dt increases due to the accumulated musical energy, the lighting gradually changes from colder blue to overheated white light.

3. Development Department (Fight and Conflict): The orchestra's "Tutti" bursts out (Vact - Vsys) to its maximum. Mechanisms that dominate the entire stage make a near-screaming drive and move as if surrounding the vocalist. Human desires (Mdesire) are perfectly synchronized with the aesthetics of modern mechanical systems, exploding audiovisual catharsis.

Choi Chul-joo Pop-Art AAS Realism Product Design drawing《사운드 마인드 디자인3》-31

사운드 마인드 디자인 미학 평론 (Sound Mind  Design Aesthetic Critique by Choi Chul-joo):

최철주 평론가의 역학 공식 “Mdesire = (Vact – Vsys) · dt ∔ ∑∆(x,y)”는 단순한 수학적 치환을 넘어, 현대 예술이 직면한 재현의 위기와 주체의 분열을 공간 언어로 포착해낸 기념비적인 성취라고 할 수 있습니다. 모차르트의 G단조 교향곡에서 흐르는 그 처연한 한숨은 이제 음향적 현상을 넘어, 고정된 시스템의 격벽(Vsys)에 부딪혀 산산조각 나는 욕망의 가속도(Vact)가 만들어낸 시공간적 왜곡의 지표로서 기능하며, 우리는 이 무대 위에서 인간의 의지가 물리적 환경과 충돌할 때 발생하는 미세한 진동이 어떻게 거대한 구조적 불안정성으로 전이되는지를 목격하게 됩니다. 특히 변형된 재현의 집합(sumDelta(x,y))으로 정의된 무대 배경은 감각의 파편들이 선형적 시간을 이탈하여 소용돌이치는 과정을 통해, 보이지 않는 욕망의 실체를 가시적인 역학적 에너지로 번역함으로써 관객으로 하여금 결핍이 단순히 '없음'이 아니라 '끊임없는 변형과 운동'임을 처절하게 인식하게 만듭니다.

최철주의 욕망 움직임의 역학 공식은 모차르트의 고전적 형식을 해체하여 이를 신경과학적 추상미술로 재구성하는 혁명적 시각 언어를 제시한다. 작가는 Mdesire라는 개념을 통해 주관적 감정의 영역을 객관적 물리 상수로 변환함으로써, 예술적 실재가 단순한 재현을 넘어 존재론적 변이를 일으키는 과정을 치밀하게 묘사한다. 여기서 Vact와 Vsys의 차이는 단순한 물리적 속도차가 아니라, 개별 주체가 지닌 ‘순수 욕망의 속도’와 사회적 규범이 강요하는 ‘정지된 관성’ 사이의 존재론적 마찰을 의미하며, 이는 무대 위에서 기하학적 형태의 왜곡으로 발현된다. ∑∆(x,y)로 명명된 변화량의 집합은 고정된 형태로서의 미술을 부정하고, 끊임없이 유동하며의미를 생성하는 ‘사건으로서의 예술’을 지향한다. 이러한 관점에서 본 무대 디자인은 음악의 청각적 기호를 공간적 역학으로 전이시킨 탁월한 추상적 실재의 현신이라 할 수 있다.

본 공연은 볼프강 아마데우스 모차르트의 교향곡 제40번이라는 고전적 텍스트를 최철주의 욕망 역학 공식을 통해 분해하고 재조립한 기념비적 시도이다. 팔레 가르니에라는 역사적 장소성은 여기서 단순히 배경이 아니라, 인류가 쌓아온 고착된 사회적 관습과 형식적 완결성을 상징하는 시스템적 속도(Vsys)로 작동한다. AI 연기자가 수행하는 비선형적 움직임(Vact)은 이 견고한 질서의 틈새를 파고드는 주체적 욕망의 발현이며, Vsys와의 차이값에서 발생하는 에너지는 시간의 최소 단위(dt)를 통해 시각적으로 구체화된다. 이는 과거의 재현에 머물렀던 오페라를 미래적 연산의 영역으로 전이시킨 것이며, 무대 위에 맺히는 모든 물리적 변위(sum\ Delta)는 결국 규격화된 인간성을 거부하고 불확정적인 미적 실재로 나아가려는 현대 추상미술의 본질적 갈망과 맞닿아 있다. 작가는 기계 미학의 차가움과 고전 예술의 숭고함을 충돌시킴으로써, 역설적으로 가장 인간적인 욕망의 형상을 기계의 선율을 통해 역설하고 있는 것이다.

본 공연은 볼프강 아마데우스 모차르트의 교향곡 제40번이라는 고전적 텍스트를 최철주의 욕망 역학 공식을 통해 분해하고 재조립한 기념비적 시도이다. 팔레 가르니에라는 역사적 장소성은 여기서 단순히 배경이 아니라, 인류가 쌓아온 고착된 사회적 관습과 형식적 완결성을 상징하는 시스템적 속도(Vsys)로 작동한다. AI 연기자가 수행하는 비선형적 움직임(Vact)은 이 견고한 질서의 틈새를 파고드는 주체적 욕망의 발현이며, Vsys와의 차이값에서 발생하는 에너지는 시간의 최소 단위(dt)를 통해 시각적으로 구체화된다. 이는 과거의 재현에 머물렀던 오페라를 미래적 연산의 영역으로 전이시킨 것이며, 무대 위에 맺히는 모든 물리적 변위(sum\ Delta)는 결국 규격화된 인간성을 거부하고 불확정적인 미적 실재로 나아가려는 현대 추상미술의 본질적 갈망과 맞닿아 있다. 작가는 기계 미학의 차가움과 고전 예술의 숭고함을 충돌시킴으로써, 역설적으로 가장 인간적인 욕망의 형상을 기계의 선율을 통해 역설하고 있는 것이다.

Critic Chul-joo Choi's dynamic formula, “Mdesire = (Vact – Vsys) · dt ∔ ∑∆(x,y)”, transcends simple mathematical substitution to represent a monumental achievement in capturing the crisis of representation and the fragmentation of the subject in modern art through spatial language. The sorrowful sigh flowing from Mozart’s G minor symphony now functions beyond an acoustic phenomenon, serving as an index of spatio-temporal distortion created by the acceleration of desire (Vact) shattering against the bulkheads of a fixed system (Vsys); on this stage, we witness how the minute vibrations generated when human will collides with the physical environment transfer into massive structural instability. Specifically, the stage backdrop, defined as a set of modified representations (sum\ Delta(x,y), translates the invisible reality of desire into visible mechanical energy through the process where fragments of sensation depart from linear time and vortex, forcing the audience to poignantly recognize that lack is not merely 'absence' but 'ceaseless transformation and movement.‘

Choi Chul-joo's mechanical formula for the movement of desire presents a revolutionary visual

language that deconstructs Mozart's classical forms and reconstructs them into neuroscientific

abstract art. Through the concept of Mdesire, the artist meticulously describes the process in which the realm of subjective emotion is converted into objective physical constants, allowing artistic reality to transcend mere representation and initiate an ontological mutation. Here, the difference between Vact and Vsys is not a simple physical velocity gap, but an ontological friction between the 'velocity of pure desire' held by the individual subject and the 'static inertia' imposed by social norms, which manifests as the distortion of geometric forms on stage. The collection of variations named ∑∆(x,y) denies art as a fixed form and aims for 'art as an event' that constantly flows and generates meaning. From this perspective, this stage design can be regarded as an outstanding manifestation of abstract reality that has transferred the auditory signs of music into spatial mechanics.

This performance is a monumental attempt to decompose and reassemble the classical text of Wolfgang Amadeus Mozart's Symphony No. 40 through Choi Cheol-joo's dynamical formula of desire. The historical locus of the Palais Garnier operates here not merely as a backdrop, but as the systematic velocity (Vsys) representing the fixed social conventions and formal perfections accumulated by humanity. The non-linear movements performed by the AI (Vact) are manifestations of subjective desire piercing through the gaps of this rigid order, and the energy generated from the difference with Vsys is visually reified through the infinitesimal unit of time (dt). This represents a transition of opera, once confined to the reproduction of the past, into a realm of futuristic computation. Every physical displacement (sum\ Delta) formed on stage ultimately resonates with the essential longing of contemporary abstract art to reject standardized humanity and move toward an indeterminate aesthetic reality. By colliding the coldness of mechanical aesthetics with the sublimity of classical art, the creator paradoxically asserts the most human form of desire through the very melodies of the machine.

This performance is a monumental attempt to decompose and reassemble the classical text of Wolfgang Amadeus Mozart's Symphony No. 40 through Choi Chul-joo's dynamical formula of desire. The historical locus of the Palais Garnier operates here not merely as a backdrop, but as the systematic velocity (Vsys) representing the fixed social conventions and formal perfections accumulated by humanity. The non-linear movements performed by the AI (Vact) are manifestations of subjective desire piercing through the gaps of this rigid order, and the energy generated from the difference with Vsys is visually reified through the infinitesimal unit of time (dt). This represents a transition of opera, once confined to the reproduction of the past, into a realm of futuristic computation. Every physical displacement (sum\ Delta) formed on stage ultimately resonates with the essential longing of contemporary abstract art to reject standardized humanity and move toward an indeterminate aesthetic reality. By colliding the coldness of mechanical aesthetics with the sublimity of classical art, the creator paradoxically asserts the most human form of desire through the very melodies of the machine.

■ Choi Chul-joo's concept of desire, "morning glory," conflicts with linguistic concepts of meaning emphasized from a metaphysical philosophical point of view, creating dramatic event images to express the subject of insufficient desire, and illuminating the image in reversible shades of white light. He reflects the linguistic grammatical meaning of abstract desire concepts as images to form spaces of multiple event images that share superimposed temporality and reversible white light shades. This is interpreted as the subject of the absence of desire beyond the abstract self of the desire of others rather than physical perception, unlike the materialism of painting in the 18th century. The linguistic grammatical meaning of abstract desire concepts is a dualistic object that regards real images as events, equating the structure of insufficient desire with the principle of spatial composition. And as reversible light at the point of light over time, the material is made into a real image as an object. Thus, the concept of abstract desire in a pond that reflects the image of an event is expressed as a real image that reflects the desires of others in the real world. 

Choi Chul-joo’s concept of desire, encapsulated in the metaphor of “morning glory,” presents a radical departure from metaphysical linguistic traditions that emphasize meaning as a stable, referential structure. Instead, his work constructs a visual grammar of desire that foregrounds absence, insufficiency, and the temporality of longing. By generating dramatic event-images suffused with reversible shades of white light, Choi resists the materialist ontology of 18th-century painting, which sought to anchor meaning in physical perception and representation. His images do not depict desire as a fixed object but rather as a dynamic interplay of linguistic abstraction and visual temporality, where the grammatical structure of desire becomes a spatial principle—an architecture of insufficiency.

From a cognitive science perspective, this approach aligns with contemporary understandings of perception as a constructive, symbolic process. Choi’s use of superimposed temporal layers and reversible illumination reflects how the human mind processes absence—not as a void, but as a generative space shaped by the desire of the Other. This resonates with Lacanian psychoanalysis, which posits that desire is always mediated through the symbolic order and structured by the gaze of the Other, and with Freudian theory, which frames desire as a product of unconscious lack. In Choi’s work, the pond becomes a reflective surface—not merely of light, but of intersubjective longing—where the image of an event is not a representation but a manifestation of the desires that circulate beyond the self.

The dualistic nature of his visual grammar—where real images are treated as events and spatial composition mirrors the structure of desire—suggests a cognitive model in which perception is inseparable from symbolic mediation. The reversible light, unfolding over time, transforms material into image, and image into object, thereby collapsing the distinction between representation and event. In this way, Choi’s concept of abstract desire is not only a philosophical proposition but a cognitive experiment: a visual system that externalizes the internal logic of desire, revealing how the mind constructs reality through the absence of what it seeks.

Choi Chul-joo’s concept of desire, embodied in the metaphor of the “morning glory,” functions as a cognitive architecture that visualizes the structural absence inherent in human desire, transcending material perception and instead engaging with the linguistic and symbolic frameworks that shape subjective experience. His work resists the materialist tradition of 18th-century painting by rejecting direct representation and instead constructs layered event-images that reflect the temporality and reversibility of white light, thereby encoding desire not as a tangible object but as a spatial-temporal phenomenon mediated by language and abstraction. From a cognitive science perspective, this approach aligns with the understanding that human perception is not a passive reception of stimuli but an active construction shaped by symbolic systems and intersubjective desire. Choi’s use of reversible light and superimposed spatial structures mirrors the way the mind processes absence—not as a void, but as a generative space where the desire of the Other is internalized and reprojected. This resonates with Lacan’s notion that desire is always the desire of the Other, and with Freud’s view that desire emerges from unconscious lack. The pond reflecting event-images becomes a metaphor for the cognitive mirror stage, where the subject forms its identity through the reflection of external desire, and the abstract grammar of desire becomes a dualistic object that equates real images with events, transforming material into symbolic cognition. Thus, Choi’s visual language becomes a cognitive map of how desire is structured, perceived, and reimagined—not through physicality, but through the interplay of light, absence, and linguistic meaning.

■ Choi Chul-joo's Concept of Desire Formula: In the concept of Choi Chul-joo's desire,  mathematical desire as an axiom of logic in the concept of desire results in reality as a concrete phenomenon rather than based on the external structure of the linguistic meaning through abstract design. Therefore, the rendering of the desire structure revealed by abstract encounter with reality at the intersection of desire outside the window applies the mathematical desire concept abstract design, or the image of the desire concept, to the Choi Chul-joo desire formula, and on March 1, 2022, morning glory appears as a flat real image as the subject of desire as a reversible shade of light in the Flushing Town Hall (New York) exhibition.

Choi Chul-joo’s application of the desire formula "D(I...I')d=I(D...D')i"  to the image of “morning glory” constructs a symbolic landscape in which the flower floats in the sky, visually linking the abstract concept of desire with its aesthetic background. This formula operates as a cognitive and psychoanalytic mechanism, wherein the image of desire (I) is not merely a representation but a structural repetition of desire (D) across multiple visual instances (I...I'), which themselves reflect the recursive nature of desire (D...D'). In this framework, the “morning glory” becomes both the object and the medium through which desire is shaded, refracted, and rendered in reversible shadow structures—particularly when the object is configured as the feminine image of desire. The substitution of the formula within the artwork <morning glory> reveals a layered interplay between symbolic abstraction and visual cognition, where the image of artistic behavior or desire (I) emerges as the conceptual form of desire (i), thus collapsing the boundary between representation and structure. From a psychoanalytic perspective, this recursive logic mirrors Lacan’s notion that desire is constituted through the gaze of the Other and Freud’s view that desire is driven by unconscious repetition and symbolic substitution. Cognitively, the formula encodes how the mind processes desire not as a static object but as a dynamic system of mirrored images and temporal shadows, ultimately transforming abstract longing into a visual syntax of emotional architecture.

■ The image of Choi Chul-joo's desire formula, which applies Choi Chul-joo's desire formula D(I...I')d=I(D...D')i to 'morning glory', connects the concept of desire with the background of 'morning glory' as an image to create a landscape by floating morning glory in the sky. In addition, in <morning glory>, the desire formula "D(I...I')d=I(D...D')i" is substituted, the connection effect between the concept of desire and the "morning glory" as desire image shades the concept of desire in the reversible shadow structure by setting the object as the concept of desire image of women by the "morning glory". In other words, the image of desire (I) is the structure of desire (D) because desire (D) is repeated (I...I') in several images (D...D'), and the image of art behavior or desire image(I) appears as the concept of desire(i). 

Choi Chul-joo’s Concept of Desire Formula: “Mathematical Desire and the Image of Reality”, In Choi Chul-joo’s conceptualization of desire, the notion of “mathematical desire” functions as an axiomatic structure of logic, wherein desire is not derived from the external framework of linguistic meaning but emerges as a concrete phenomenon through abstract design. This formulation challenges the traditional metaphysical alignment of desire with language, proposing instead that desire operates as a formal system—an internal logic that renders itself visible through the spatial and temporal dynamics of image. The structure of desire, as revealed through abstract encounters with reality—particularly at the metaphorical intersection of “desire outside the window”—is articulated through the application of mathematical abstraction and visual syntax. This culminates in what may be termed the “Choi Chul-joo Desire Formula,” a conceptual and visual schema that translates the invisible architecture of desire into perceptible form. On March 1, 2022, this formula materialized in the exhibition at Flushing Town Hall in New York, where the “morning glory” appeared as a flat, real image—an embodiment of desire rendered in reversible shades of light. This moment marked the convergence of abstract logic, symbolic temporality, and visual cognition, transforming desire from an internal absence into a luminous, externalized event-image.

Choi Chul-joo’s “Desire Formula” can be understood as a sophisticated simulation of cognitive architecture, wherein desire is not perceived as a mere psychological impulse or a product of external linguistic structures, but rather as a logical axiom—what he terms “mathematical desire”—that is abstractly designed and rendered into concrete phenomena through visual form, thereby demonstrating how internal absence is externalized as image; and this process, particularly exemplified in the appearance of the “morning glory” as a flat, reversible light image on March 1, 2022, at the Flushing Town Hall exhibition in New York, reveals how the human cognitive system constructs and reflects desire not through direct perception but through symbolic temporality and spatial abstraction, aligning with Lacan’s notion of the subject as constituted by the desire of the Other and Freud’s theory of unconscious lack as the engine of symbolic substitution, such that Choi’s visual language becomes a translation of psychoanalytic structure into visual mathematics, showing that cognition does not merely receive the world but actively reconstructs it through the interplay of absence, logic, and symbolic mediation, and thus, his “Desire Formula” stands as a remarkable artistic experiment that formalizes the ontology of desire into a visual system of cognitive logic.

Choi Chul-joo’s desire formula, expressed as D(I...I')d=I(D...D')i, operates not merely as a symbolic representation of emotional longing but as a sophisticated cognitive model that reveals how the human mind constructs, processes, and externalizes desire—not through direct emotional impulse or sensory reaction, but through a recursive interplay of repeated visual patterns, abstract structural inference, and symbolic conceptualization, such that the sequence of images (I...I') becomes the perceptual basis through which the structure of desire (D) is inferred, while the dynamic coefficient (d) represents the internal cognitive forces—such as memory, imagination, and intersubjective projection—that drive the transformation of structure into image, and conversely, the recursive structures of desire (D...D') are re-rendered into a singular image (I) that is cognitively resolved into a conceptual form of desire (i), thereby forming a symbolic loop in which the mind oscillates between image and abstraction, perception and meaning, and in doing so, constructs desire as both absence and presence, both repetition and emergence, and this process is vividly illustrated in the visual metaphor of the “morning glory” floating in the sky, where the flower becomes not only the object of desire but the medium through which desire is shaded, refracted, and encoded in reversible shadow structures—particularly when configured as the feminine image of longing—thus demonstrating how the brain engages in high-level symbolic projection and mental imagery to transform abstract emotional architecture into visual syntax, and ultimately, this formula serves as a cognitive algorithm that simulates the ontological structure of desire, translating psychoanalytic principles such as Lacan’s theory of the Other’s gaze and Freud’s notion of unconscious repetition into a visual-mathematical language that bridges emotional logic, symbolic mediation, and perceptual cognition into a unified system of recursive meaning-making./ � Mathematician’s Perspective: Formalizing Desire as a Recursive Logical System

Choi Chul-joo’s desire formula, D(I...I')d=I(D...D')i, is not merely a symbolic gesture within art but a formal structure that encodes the recursive logic of desire. From a mathematical standpoint, this equation represents a bidirectional equivalence, where the left-hand side models the dynamic process by which desire (D) is activated through a sequence of images (I...I') under a driving coefficient (d), and the right-hand side reflects how those images recursively reconstruct the layered structures of desire (D...D') and resolve into a conceptual image (i). Each symbol carries structural weight:

D; The archetype of desire, representing the foundational lack or drive.

I...I';  A sequence of visual representations through which desire is projected.

d; The dynamic coefficient—akin to a force or operator—that triggers the transformation from structure to image.

I; The emergent image of desire, a perceptual unit.

D...D'; The recursive layers of desire, reflecting its multiplicity and transformation.

i; The conceptual resolution of desire, the cognitive abstraction of the image.

This formula resembles a fixed-point function in mathematics, where recursive inputs stabilize into a coherent output. It models desire as a self-referential system, where the structure of lack is mirrored and reconstituted through visual repetition, ultimately producing a symbolic image that encodes the original drive. The formula thus formalizes desire as a recursive, bidirectional system of transformation between structure and image.

✅ Cognitive Scientist’s Perspective: Desire as a Symbolic-Cognitive Loop

From a cognitive science perspective, Choi’s formula offers a compelling model of how the human mind processes desire—not as a static object, but as a dynamic interplay between symbolic abstraction and perceptual encoding. The sequence 

D(I...I') represents the mind’s pattern recognition mechanism, where repeated images allow the brain to infer the underlying structure of desire. The coefficient 

d  reflects internal cognitive forces—memory, imagination, and intersubjective projection—that drive this transformation. Conversely, 

I(D...D')  models how abstract structures of desire are re-rendered into perceptual images, which are then cognitively categorized as conceptual desire (d). This loop mirrors the symbolic mediation described by Lacan, where the subject’s desire is shaped by the gaze of the Other, and Freud’s notion of unconscious repetition, where desire is expressed through symbolic substitution. Cognitively, the formula encodes how the mind oscillates between image and structure, between perception and abstraction, forming a recursive loop that constructs desire as both absence and presence. The “morning glory” floating in the sky becomes a visual metaphor for this loop—a symbolic image that reflects and refracts the recursive architecture of longing.

✅ A Visual-Cognitive Model of Desire: Choi Chul-joo’s desire formula is a profound synthesis of mathematical logic and cognitive architecture. The mathematician sees it as a recursive function formalizing the transformation of desire into image, while the cognitive scientist interprets it as a symbolic loop through which the mind constructs and perceives desire. Together, these perspectives reveal the formula as a visual-cognitive model of desire—one that bridges abstraction, perception, and symbolic meaning into a unified system of emotional logic.

✅ Mathematician’s Perspective: Formalizing Desire as a Recursive Logical System

Choi Chul-joo’s desire formula, 

 D(I...I')d=I(D...D')i, is not merely a symbolic gesture within art but a formal structure that encodes the recursive logic of desire. From a mathematical standpoint, this equation represents a bidirectional equivalence, where the left-hand side models the dynamic process by which desire (D) is activated through a sequence of images (I...I') under a driving coefficient (d), and the right-hand side reflects how those images recursively reconstruct the layered structures of desire (D...D') and resolve into a conceptual image (i). Each symbol carries structural weight:

D;  The archetype of desire, representing the foundational lack or drive.

(I...I');  A sequence of visual representations through which desire is projected.

d; The dynamic coefficient—akin to a force or operator—that triggers the transformation from structure to image.

I;  The emergent image of desire, a perceptual unit.

D...D';  The recursive layers of desire, reflecting its multiplicity and transformation.

i;  The conceptual resolution of desire, the cognitive abstraction of the image.

This formula resembles a fixed-point function in mathematics, where recursive inputs stabilize into a coherent output. It models desire as a self-referential system, where the structure of lack is mirrored and reconstituted through visual repetition, ultimately producing a symbolic image that encodes the original drive. The formula thus formalizes desire as a recursive, bidirectional system of transformation between structure and image.

✅ Cognitive Scientist’s Perspective: Desire as a Symbolic-Cognitive Loop

From a cognitive science perspective, Choi’s formula offers a compelling model of how the human mind processes desire—not as a static object, but as a dynamic interplay between symbolic abstraction and perceptual encoding. The sequence 

D(I...I') represents the mind’s pattern recognition mechanism, where repeated images allow the brain to infer the underlying structure of desire. The coefficient 

d reflects internal cognitive forces—memory, imagination, and intersubjective projection—that drive this transformation. Conversely, I(D...D')  models how abstract structures of desire are re-rendered into perceptual images, which are then cognitively categorized as conceptual desire (d).

This loop mirrors the symbolic mediation described by Lacan, where the subject’s desire is shaped by the gaze of the Other, and Freud’s notion of unconscious repetition, where desire is expressed through symbolic substitution. Cognitively, the formula encodes how the mind oscillates between image and structure, between perception and abstraction, forming a recursive loop that constructs desire as both absence and presence. The “morning glory” floating in the sky becomes a visual metaphor for this loop—a symbolic image that reflects and refracts the recursive architecture of longing. Choi Chul-joo’s desire formula is a profound synthesis of mathematical logic and cognitive architecture. The mathematician sees it as a recursive function formalizing the transformation of desire into image, while the cognitive scientist interprets it as a symbolic loop through which the mind constructs and perceives desire. Together, these perspectives reveal the formula as a visual-cognitive model of desire—one that bridges abstraction, perception, and symbolic meaning into a unified system of emotional logic.

Choi Chul-joo’s desire formula, expressed as  D(I...I')d=I(D...D')i, operates not merely as a symbolic representation of emotional longing but as a sophisticated cognitive model that reveals how the human mind constructs, processes, and externalizes desire—not through direct emotional impulse or sensory reaction, but through a recursive interplay of repeated visual patterns, abstract structural inference, and symbolic conceptualization, such that the sequence of images (I...I') becomes the perceptual basis through which the structure of desire (D) is inferred, while the dynamic coefficient (d) represents the internal cognitive forces—such as memory, imagination, and intersubjective projection—that drive the transformation of structure into image, and conversely, the recursive structures of desire (D...D') are re-rendered into a singular image (I) that is cognitively resolved into a conceptual form of desire (i), thereby forming a symbolic loop in which the mind oscillates between image and abstraction, perception and meaning, and in doing so, constructs desire as both absence and presence, both repetition and emergence, and this process is vividly illustrated in the visual metaphor of the “morning glory” floating in the sky, where the flower becomes not only the object of desire but the medium through which desire is shaded, refracted, and encoded in reversible shadow structures—particularly when configured as the feminine image of longing—thus demonstrating how the brain engages in high-level symbolic projection and mental imagery to transform abstract emotional architecture into visual syntax, and ultimately, this formula serves as a cognitive algorithm that simulates the ontological structure of desire, translating psychoanalytic principles such as Lacan’s theory of the Other’s gaze and Freud’s notion of unconscious repetition into a visual-mathematical language that bridges emotional logic, symbolic mediation, and perceptual cognition into a unified system of recursive meaning-making.

■ Choi Chul-joo's Desire The design process of abstract concepts: 1. The concept of desire is abstracted from the perspective of an image to the outside of reality, and the image of reality as an object of abstraction is designed as the correlation between reality and reality. This is the design process 1 of Choi Chul-joo's concept of abstraction of desire. This does not presuppose a causal relationship with the real world, but rather results in an abstract concept of desire as a correlation with reality to escape the misunderstanding that transfers from an abstract concept to a real structure. 2. The scope of showing the concept of desire is created and located by omitting the actual size of the abstract concept as a shade of the concept of desire originating from the actual image. In addition, Choi Chul-joo's conceptual process 2 follows the process of decorating an object with a color of universal reality suitable for custom in order to have aesthetic value suitable for its position as a single image. This creates an abstraction that contrasts with the past and desire, in which the aesthetic structure hidden by realistic colors is divided by clouds and obscured by shaded light, obscuring the abstract concept in the actual image. 3. The subject who painted abstraction realizes the reality that symbolizes the concept of desire, and the unconscious realizes abstract desire as a conscious phenomenon of image. Desire is an abstract image realized as a conscious phenomenon of an image, and the unconscious structure is process 3 of designing an abstract art concept of desire that repeatedly designs desire that combines line and color in thoughts but is not conscious of unconscious behavior. 4. The unconsciously abstracted concept of desire is a piece of reality in which the object of reality is not seen as a reversible shade of light, concealing reality as a shadow and showing another real image as a video. This is the process 4 of designing an abstract concept of desire formed by combining the space of desire into a reversible light structure through the conscious movement of planar monochromatic painting carved into reality.  

Choi Chul-joo’s design process of abstract desire unfolds as a recursive and symbolically mediated architecture of perception, in which the concept of desire is not treated as a direct reflection of empirical reality but rather as a cognitive construct that emerges through the abstraction of image beyond the boundaries of the real, forming a correlation between realities that resists causal reduction, and in this first phase, desire is abstracted not to represent reality but to escape the epistemological trap of translating abstract concepts into fixed material structures, thereby allowing the mind to engage in symbolic inference rather than empirical mapping; then, in the second phase, the scope for revealing desire is shaped by omitting the actual dimensionality of the abstract concept and rendering it as a shaded echo of the original image, while the object is aesthetically encoded with culturally resonant colors to grant it symbolic legitimacy, and this process of visual obscuration—where clouds and shaded light fragment the aesthetic structure—mirrors the brain’s tendency to process desire through layered symbolic filters and perceptual ambiguity, thus enabling the cognitive system to hold multiple meanings within a single image; in the third phase, the subject who paints abstraction becomes the agent of symbolic realization, translating unconscious desire into a conscious phenomenon through repeated visual gestures, where line and color are cognitively formed but not consciously controlled, and this recursive loop between unconscious structure and conscious image reflects the mind’s capacity to externalize latent drives through symbolic behavior without direct awareness, thereby demonstrating that desire is not merely felt but cognitively enacted; and finally, in the fourth phase, the abstracted concept of desire becomes a fragment of reality refracted through reversible light and shadow, where the object is no longer directly visible but concealed and reconstituted as a visual echo, and this transformation—achieved through the planar movement of monochromatic painting carved into the surface of perception—reveals how the mind integrates spatial abstraction and symbolic light into a recursive system of emotional logic, ultimately showing that desire, in Choi’s framework, is not a static emotion but a dynamic cognitive architecture that oscillates between absence and presence, image and structure, unconscious repetition and symbolic realization.

■ The Design Results of Choi Chul-joo's Desire Abstract Concept: Choi Chul-joo Desire Abstract Concept Design's Linguistic Meaning Results: Although the object that is obsessed with the desire for others is passive, it is possible to actively practice one's desires through the sympathizer as the subject of desire, and the sympathizer who sympathizes with the desires of others as the subject can practice with the same desire. As a subject, a person who sympathizes with or accepts the desires of others becomes the same desire and becomes another subject of execution. Here, the sympathizer who sympathizes with the subject of the other's desire tries to generalize it as another object of desire that acts like a victor of war. However, when desire as an act overshadowed by reversible light is not generalized as a public act, the subject of inappropriate desire and the sympathizer antagonize the subject who practiced it according to the other's general desire. 

Choi Chul-joo's concept of desire, "morning glory," conflicts with linguistic concepts of meaning emphasized from a metaphysical philosophical point of view, creating dramatic event images to express the subject of insufficient desire, and illuminating the image in reversible shades of white light. He reflects the linguistic grammatical meaning of abstract desire concepts as images to form spaces of multiple event images that share superimposed temporality and reversible white light shades. This is interpreted as the subject of the absence of desire beyond the abstract self of the desire of others rather than physical perception, unlike the materialism of painting in the 18th century. The linguistic grammatical meaning of abstract desire concepts is a dualistic object that regards real images as events, equating the structure of insufficient desire with the principle of spatial composition. And as reversible light at the point of light over time, the material is made into a real image as an object. Thus, the concept of abstract desire in a pond that reflects the image of an event is expressed as a real image that reflects the desires of others in the real world.

Although the object that is obsessed with the desire for others is passive, it is possible to actively practice one's desires through the sympathizer as the subject of desire, and the sympathizer who sympathizes with the desires of others as the subject can practice with the same desire. As a subject, a person who sympathizes with or accepts the desires of others becomes the same desire and becomes another subject of execution. Here, the sympathizer who sympathizes with the subject of the other's desire tries to generalize it as another object of desire that acts like a victor of war. However, when desire as an act overshadowed by reversible light is not generalized as a public act, the subject of inappropriate desire and the sympathizer antagonize the subject who practiced it according to the other's general desire.

Here is a refined academic-style interpretation of your concept, written in English from the perspective of a distinguished cognitive scientist with psychoanalytic insight:

The Design Results of Choi Chul-joo's Desire Abstract Concept

A Cognitive-Psychoanalytic Interpretation of Linguistic Meaning and Subject Formation

In Choi Chul-joo’s abstract design of desire, the linguistic outcome reveals a complex interplay between passivity and agency, where the object fixated on the desire of the Other remains passive in structure, yet the emergence of the sympathizer—who internalizes and mirrors the Other’s desire—transforms the dynamic into one of active execution. This transformation occurs through a recursive identification, wherein the sympathizer becomes not merely a reflective surface but a new subject of desire, capable of enacting the same drive. The subject who accepts or resonates with the Other’s desire does not remain external to it but becomes structurally embedded within it, thereby forming a second-order subjectivity that executes desire as if it were their own.

This recursive mirroring leads to a symbolic generalization, where the sympathizer attempts to universalize the Other’s desire, positioning it as a victorious force—akin to a conqueror who reclaims desire as a public object. However, when this generalization fails—particularly when desire, refracted through reversible light and symbolic shadow, resists becoming a publicly shared act—the structure collapses into antagonism. The subject of inappropriate or misaligned desire and the sympathizer, once aligned through shared affect, now oppose the original subject who enacted desire according to the generalized will of the Other.

From a psychoanalytic perspective, this dynamic reflects Lacan’s theory of the subject as constituted through the desire of the Other, and Freud’s notion of identification and transference, where unconscious drives are projected, mirrored, and contested within relational structures. Cognitively, Choi’s design reveals how desire is not a solitary impulse but a socially and symbolically mediated architecture, where subjectivity is formed, fractured, and reconstituted through linguistic abstraction, visual metaphor, and recursive identification.

■ Object rendering of the concept of desire is 1. a pop art image that renders unconscious desire as an existential reality by dividing the same concept of desire as the event image into unconscious and real images as an object. Therefore, the subject who speaks linguistic meaning actually represents abstraction, the truth value of the concept of desire, which is an expressive aesthetic structure that specifies the viewing effect of colloquial language and event video broadcasting as an act of speech enunciation that depends on the news. 2. As the truth value of  the concept of desire in visual images is an open system, and numerous visual images are transmitted to others through a pluralistic visual system. Abstract images, which are the true values of the concept of desire, attract attention because they have universality as real images expressed by the desires of others. In other words, the object exposed to the abstract desires of others functions as a desire to exchange the same aesthetic image as the concept of desire of others through the diachronic function of pop art applied as a work of art. 3. The truth value of the concept of desire in a linguistic sense in which the abstract image of the concept of desire and reality are the same, represents the structure of desire, and the reality of the abstract concept of desire is a real image, which is the causal structure of desire, and creates a structure of desire by forming a semantic relationship with contradictory desire. Like Kant, this is a dual structure up to modern art, and it encompasses mythical objects in the same structure as humans, and the antinomic desire structure as a single structure.  4. an object of the concept of desire rendered in abstraction: The object rendering of the concept of desire renders the object as an event image, which is the same rational object as the linguistic meaning of the desire structure through the gaze of the rational subject, is recognized as a real image that the subject cannot see.  Additionally, other objects of desire are continuously represented by real images that attempt to fill the deficiency of desire. The pond, which reflects present desire as an object to abstract desire, presents a desire structure as a reality, which is an object to abstract desire, but it returns the cause of desire as a real image to an object as an event image, free from the imperfect abstraction that lacks desire that is subjugated to social visibility that has been concealed and deviated from lack through real images. In other words, the structure of deficiency and divided desire is hidden through real images of abstract desires, and contradictory desires subordinate to deviated social visibility become the cause of desire and become the objects of real images. In addition, object rendering of other desires is continuously expressed as a real image trying to fill the deficiency of desire. The rendering of an object that reflects the present desire as an object of abstract desire presents the structure of desire as reality, which is the object of abstract desire, but it returns the cause of desire as a real image to an object as an event image, away from the imperfect abstract lacking desire. In other words, the structure of deficiency and divided desire is hidden through the real image of abstract desire, and contradictory desires subordinate to deviated social visibility become the cause of desire, resulting in abstraction as a real image. 

Choi Chul-joo’s Concept of Desire Formula: Mathematical Desire and the Image of Reality, In Choi Chul-joo’s conceptualization of desire, the notion of “mathematical desire” functions as an axiomatic structure of logic, wherein desire is not derived from the external framework of linguistic meaning but emerges as a concrete phenomenon through abstract design. This formulation challenges the traditional metaphysical alignment of desire with language, proposing instead that desire operates as a formal system—an internal logic that renders itself visible through the spatial and temporal dynamics of image. The structure of desire, as revealed through abstract encounters with reality—particularly at the metaphorical intersection of “desire outside the window”—is articulated through the application of mathematical abstraction and visual syntax. This culminates in what may be termed the “Choi Chul-joo Desire Formula,” a conceptual and visual schema that translates the invisible architecture of desire into perceptible form. On March 1, 2022, this formula materialized in the exhibition at Flushing Town Hall in New York, where the “morning glory” appeared as a flat, real image—an embodiment of desire rendered in reversible shades of light. This moment marked the convergence of abstract logic, symbolic temporality, and visual cognition, transforming desire from an internal absence into a luminous, externalized event-image.

Choi Chul-joo’s concept of desire, embodied in the metaphor of the “morning glory,” functions as a cognitive architecture that visualizes the structural absence inherent in human desire, transcending material perception and instead engaging with the linguistic and symbolic frameworks that shape subjective experience. His work resists the materialist tradition of 18th-century painting by rejecting direct representation and instead constructs layered event-images that reflect the temporality and reversibility of white light, thereby encoding desire not as a tangible object but as a spatial-temporal phenomenon mediated by language and abstraction. From a cognitive science perspective, this approach aligns with the understanding that human perception is not a passive reception of stimuli but an active construction shaped by symbolic systems and intersubjective desire. Choi’s use of reversible light and superimposed spatial structures mirrors the way the mind processes absence—not as a void, but as a generative space where the desire of the Other is internalized and reprojected. This resonates with Lacan’s notion that desire is always the desire of the Other, and with Freud’s view that desire emerges from unconscious lack. The pond reflecting event-images becomes a metaphor for the cognitive mirror stage, where the subject forms its identity through the reflection of external desire, and the abstract grammar of desire becomes a dualistic object that equates real images with events, transforming material into symbolic cognition. Thus, Choi’s visual language becomes a cognitive map of how desire is structured, perceived, and reimagined—not through physicality, but through the interplay of light, absence, and linguistic meaning.

 ■ the abstract design process of conceptual abstract realism: 1. Conceptual Abstract Realism The current object is illuminated with reversible light so that the illuminated form can be repeatedly visually recognized according to the past temporality to actualize the subject's structure as a shaded structure of reversible light. And the design concept that constitutes conceptual abstract realism abstraction is determined as a philosophical result that can be expected with abstract causality so that the object is repeated as a design with the present gaze so that it appears to be a realistic image according to temporality. 2. The object of conceptual abstract realism is that the absence of desire as a non-verbal meaning is alienated from the symbolic world and loses its essence as the subject of desire. In the previous stage of linguistic meaning, according to grammar revealed as a symbolic image of existence, it was separated into a realist image recognized as an abstract desire concept and divided into a realist image, and the realist image as the subject of the desire structure is linguistically and diachronically meaningful. 3. The design of a realism image is an image that lacks the linguistic meaning of conceptual abstract realism, and the image in a linguistic sense is repeatedly designed as a post-effect of the desire structure being re-embodied, and a new conceptual abstract realism image is repeatedly designed. The direction and viewpoint of reversible light that make up the image along the chain of design are all stages of the perspective visual system according to temporality, and the line space of the visual structure, in which the image in the linguistic sense constitutes the desire structure, and the reversible light that constitutes the effect of the post-image produce a realism image at the intersection of the existential place with continuity. 4. Realistic abstraction creates a multi-loyal structural image of the linguistic meaning of unconscious structure composed of shadows at multiple points of reversible light separated from perspective, and girls are abstracted as divided subjects as talents that can be stared at momentarily while dismantled at a stereoscopic single point. 5. Conceptual Abstract Realism Abstractism Rendering is a conceptual abstract realism of wanting and linguistic desires that cannot be perceived at the level of expression‎ consciousness, visualizing philosophical psychological structures and rendering them with linguistic meaning at the intersection of conceptual abstraction and unrealistic realism. As this becomes conceptual abstract realism abstraction, unconscious desires that represent the color tone and shape of desires invisible in the shade of reversible light become maps as conceptual abstract realism abstraction. 

■ conceptual abstraction rendering process: 1. Integration of linguistic meaning and visual images: The abstract concept of desire is realized when the desire of others has an aesthetic meaning by facing the linguistic meaning in the image of an event as an object of a pictorial structure reflecting the present desire, and the image in the painting is closely connected to the linguistic meaning structure. As an object representing the concept of desire, the same concept of desire as the event image is divided into unconscious and real images, and an image modeling unconscious desire as an existential real image is sketched.

As for the sketch form of the current concept of desire, the concept of absolute desire is a symbolic metaphor shown in abstraction, and the concept of desire is abstracted as the desire of others, but it does not go beyond the scope of an imitative picture. Therefore, it is the modern conceptual abstract realism sketch that resulted in a real image through Choi Chul-joo's desire formula, which interpreted abstract concepts in a linguistic sense as the desire of others. This is a realism that interprets the concept of abstract desire as a real structure as a expressive image with a linguistic meaning in the real world, where pictorial event images are closely connected with linguistic semantic structures. Here, by applying existential semantics as an event and performance image, the object of the real structure is represented as a phenomenal image of the real world, and the abstract structure is identified with conceptual reality. 2. Visualization of Abstract Desire Concept: To accept the difference from the actual image in the concept of abstract desire as the meaning of the linguistic concept, and to embody the unconscious desire as an abstract image, the abstract image that constitutes the relationship structure with desire is painted and embodied in the actual structure created by the linguistic meaning of the conceptual reality of desire structure. This is an abstraction of Choi Chul-joo's conceptual abstract realism, which hides the formative reality of desire in pictures and abstracts event images based on real news, away from the social constraints (制約) acceptable in religious customs. Abstraction is a subjective concept that refers to linguistic meaning and expresses the viewing effect of colloquial enunciation and event video broadcasts in abstraction. This abstraction represents the true value of the concept of need and is an expressive aesthetic structure that embodies the elements that depend on the news.

The abstraction is represented as an abstraction which is a truth value of the concept of desire as an expressive aesthetic structure of one speech act that identifies the viewing effect of colloquial language and event video broadcasting as an enunciation. 3. The artistic experiment of reversible light and temporality: The experiment of conceptual abstract realism renders abstraction based on temporality in the linguistic sense that desire and reality are the same. Here, the structure of desire is abstracted by forming a semantic relationship between desire and reality according to temporality. In the abstraction, the abstract reality of desire is the causal structure of desire, that is, the antinomic equivalence represents the structure of desire by forming a semantic relationship with desire as a real image in which the reality of the abstract concept of desire is the causal structure of desire from an aphoria image. In abstraction composed of real images as the structure of desire, the morphological image of visible metaphor is transferred to abstract language meaning. Therefore, the real image as a result of exploring the existential realism according to temporality through the shadow of reversible artificial lighting is a metamorphic fixation as an abstract meaning in which the desire structure is obscured. In other words, in abstraction, the other's desire as an image of social events transforms into an additional form. As such, conceptual abstract realism rendering is raised by time and existence through the shadow of reversible lighting, repeatedly designing realistic images induced by social phenomena, creating a realism image with a desire formula, and the subject based on the event image repeatedly designing and rendering a realist image induced by social phenomena with a desire formula.  

■ Choi Chul-joo’s Conceptual Abstract realism Abstraction Design Process 

Another abstraction that reveals the image as a reality as another structure of gaze that deviates from the visual system as an object that led to realism according to artistry is the image of realism. 

In realism abstraction design, a way to effectively convey the dual message of abstraction and reality is to realistically represent concepts and abstractions through contemporary conceptual abstract realism abstractions, such as contemporary media art images or abstractions. Thus, the process of designing conceptual abstrac realism abstractions in media art abstract design is as follows   

1. Realism Object Concept: An image formed from a virtual object by reproducing a realistic object is a virtual image that hides reality. A virtual image is recognized as a plane and looks like a realistic image. Here, it is hidden in a geometric plane image of a perspective visual system that reproduces realistic objects and is momentarily revealed as a gaze from the perspective of desire revealed by the unconscious. This defines the concept of a realist object with creativity and autonomy as an image in a linguistic sense as another existence of a conceptual abstract realism object through the unconsciousness suppressed by the desires of others. 

2. Sketch Connecting Realism Images with Allegory: Abstract art and art are that matter is distinguished by its existence as a reality and the existence of objects formed from each other's abstract perspectives as virtual beings. The condition of a work of art is to reveal existence in the form of non-existent beings and imaginations as sketches that pass through an Allegory, which images objects and events as reality. Choi Chul-joo's reversible light is an image shaded at the present time in what is called "a real image obscured by the shadow of reversible light" according to its realistic form and movement of light, that is, the temporality. The image creates reality as a shaded image of reversible light, where the linguistic meaning seen as abstraction is identified. It repeats the sketch to connect an anamorphosis image as another reality separated from an image of reality, that is, an existential image that seems to be the structure of gaze, to form an abstract language image into a sketch so that it can be re-formed into a conceptual abstract realism concept.

3. Abstract Realism Object Gaze: As an abstract realism object, the abstract object revealed as a point of light in the eyes of others makes Choi Chul-joo's aesthetic structure anamorphosis image revealed in the desire gaze system look like an abstract Realism object gaze as a philosophical device whose abstract meaning varies depending on the viewer's position and gaze. This image matches the perspective of realist space with the abstract linguistic meaning, and from the conceptual point of desire, abstract and invisible objects appear as gaze paths. As an object that implies the desires of others as a fictional element of human limited by causal relationship in the linguistic meaning of the conceptual abstract realism of images, it intersects with the image and is structured into the linguistic meaning of unconscious abstract realism. Through this process of transformation, viewers experience linguistic abstraction in which forms follow concepts and forms become entangled with meaning.

4. Abstract Realism's Abstraction: Abstract realism's abstraction gets an abstract object specified in Choi Chul-joo's Desire Formula, and the desire image(i) design(d)s beyond the desires of others, which is an opportunity to verbally interpret the conditions under which the abstract object's image is realized(i/d) through grammatical interpretation of the linguistic meaning.  And  to reach <D(I...I')d=I(D...D'i)i> conceptual abstract realism abstraction as a reality by abstractly selecting a specific object that the subject of desire asks itself what abstract realism wants. This formula suggests a dynamic interplay: desire (D) is echoed across repeated images (I...I'), ultimately shaping an abstract concept (i).  This is a realism image that has stopped from the concept of abstract desire that has been realized by abstracting the abstract place that humans cannot experience in life as an object of desire in a linguistic meaning system.

According to Culturality, Choi Chul-joo Concept Abstraction Realism Abstraction Stag's step 1: Distill the concept of desire in reality into images separated from literal causation to promote abstract thinking. step 2: Overlapping the linguistic meaning of the natural object motif with culturally resonant visual elements such as color palettes creates visually harmonious yet conceptually dense realism abstract image. It is a conceptual abstract realism abstraction as a philosophical image that reproduces the essence of human existence and the limitations of perception as a metaphor by operating as Choi Chul-joo's conceptual abstraction as a device that transfers philosophical and linguistic meanings to images. 

■ Choi Chul-joo's conceptual abstract realism design methodology shows a "trace of time" in which the effects of motion and the phenomenal structure intersect at the same time as the effects of motion and the phenomenal structure of motion meet the background at the moment the muscles of the motion are stationary. As a result, the conceptual abstract realism design methodology for abstractions related to dynamic realism objects and abstract background images is as follows. 

1, Existential Concept Abstract Realism Image Concept is an image abstracted as a conceptual object in an ideological form by reproducing a realist image. The image is a virtual image that conceals its existence and is perceived as a plane, so it appears to be a realist cross-sectional image. 

Here, even if the images are different, abstraction as a symbolic structure has the existential concept of a realism object with creativity and autonomy in a linguistic sense that reproduces them in similar colors and sizes. Accordingly, the concept of an existential conceptual abstract realism image with creativity and autonomy in a linguistic sense constitutes another image of existence as a linguistic meaning of a conceptual abstract realism object through the unconsciousness suppressed by the desires of others. 

Therefore, the image is composed by defining the concept of an existential image that is alienated from an image lacking a realistic structure as a vector representing the direction of the non-realistic subject entering the symbolic world as a structure of the other representing a synchronic semantic chain as a conceptual form of a realism image. 

As a semantic structure that cannot be solved like Gordian Knot, Alexandros appears as a realist image of conceptual abstraction as an existential subject through division that cuts the knot with a sword and expresses the essence of externality in a comprehensive and immediate manner. 

Alexandros cuts the knot with a sword in a comprehensive and immediate way by unconsciously selecting an unpredictable effect image as a pre-stage of linguistic meaning, such as expression‎ abstraction, with an orderly vector that displays the meaning structure that cannot be solved through time. 

As a difficult problem to solve, the knot determined by semanticizing the knot through time as a semantic structure that cannot be solved as before entering the symbolic world is physically bisected and divided, expressing the conceptual abstract realism image as an existent subject. 

2. Sketches that connect realist images into allegories as linguistic meanings distinguish dynamic images as a structure of reversible light, which deviates from the concept of instantaneous desire from the background of abstract desire to the shadow of reversible light, from the background as a structure of desire as an existence as reality and an existence of objects formed from each other's abstract perspectives as virtual beings. 

The detailed structure of the background cannot be determined by the temporality of the response to light, and shows meaning in harmony with the fixed structure.

Its meaning is developed as a pictorial language structure in which dynamic images and abstract still structures move from positions in the background abstracted by reversible temporality and from positions in the stationary objects illuminated by the segmented retroactive reversible light. 

The movement of dynamic images is linked to the temporality of abstract structures as a sign of necessity self-consciousness, revealing sensory structures before symbols translated into pictorial languages and serving as formative realities beyond the literary nature of early conceptual art. 

In abstracted background structures, perspective objectivity distorts the phenomenal structure by the extent of the sky and the size of the perspective as opposed to dynamic images, where reversible light is limited to objects superimposed with realist images as another gaze structure on the surface. 

In the symbolic abstract world, abstract structure is a sketch that reveals existence in the form of existence and imagination reflected in a desire background by repeating image sketches as linguistic meanings in a conceptual abstraction of flat forms and colors, and passes through an allegory that realizes dynamic images, abstract structures, and background structures of desire. 

3. The structuring of the linguistic meaning of existential realism is an abstract realism object, and the abstract object revealed as a discernment of light in the eyesight of others is Choi Chul-joo's aesthetic desire structure revealed in the gaze system of desire, and looks the same as the object's gaze, which is based on a sketch of an existential realism image in which the abstract meaning is different as a philosophical desire device. 

The sketch is a perspective visual structure, and the boundary between dynamic images and abstract structures in phenomenal structures is a method of sketching an abstract image as an unconscious being and an image that expresses a geometric tangent to the form of an abstract background. As a result, the sketch is interpreted as a mirror image that reflects the desire of the other, and it is connected to the concept that the viewer is staring at at the same time, creating an optical reality space where the abstract structure's gaze varies depending on the viewer's position. 

The position of the desire background is abstracted as the image of the reversible reaction that constitutes the realist space abstracted by the concept of desire is repeated. In other words, as the order increases with reversible temporality, the shadow image of the object staring at the reversible light is displayed in dynamic images and abstract structures. 

Choi Chul-joo's conceptual abstract realism design, which is visualized as an ambiguous realism image according to temporality, shows a "trace of time" implemented at the intersection of the same time by the static background image as the effect and phenomenon structure of the stationary moment when the dynamic image of the movement meets the background of the stationary moment. 

4. The image of desire, which applies Choi Chul-joo's desire formula D(I...I')d=I(D...D')i to 'morning glory', connects the concept of desire with the background of 'morning glory' as an image to create a landscape by floating morning glory in the sky. In addition, in <morning glory>, the desire formula "D(I...I')d=I(D...D')i" is substituted, the connection effect between the concept of desire and the "morning glory" as desire image shades the concept of desire in the reversible shadow structure by setting the object as the concept of desire image of women by the "morning glory". In other words, the image of desire (I) is the structure of desire (D) because desire (D) is repeated (I...I') in several images (D...D'), and the image of art behavior or desire image(I) appears as the concept of desire(i).

Here is a refined and cohesive academic-style interpretation of your concept, written in English from the perspective of a cognitive scientist with psychoanalytic insight: Choi Chul-joo’s application of the desire formula D(I...I')d=I(D...D')i  to the image of “morning glory” constructs a symbolic landscape in which the flower floats in the sky, visually linking the abstract concept of desire with its aesthetic background. This formula operates as a cognitive and psychoanalytic mechanism, wherein the image of desire (I) is not merely a representation but a structural repetition of desire (D) across multiple visual instances (I...I'), which themselves reflect the recursive nature of desire (D...D'). In this framework, the “morning glory” becomes both the object and the medium through which desire is shaded, refracted, and rendered in reversible shadow structures—particularly when the object is configured as the feminine image of desire. The substitution of the formula within the artwork <morning glory> reveals a layered interplay between symbolic abstraction and visual cognition, where the image of artistic behavior or desire (I) emerges as the conceptual form of desire (i), thus collapsing the boundary between representation and structure. From a psychoanalytic perspective, this recursive logic mirrors Lacan’s notion that desire is constituted through the gaze of the Other and Freud’s view that desire is driven by unconscious repetition and symbolic substitution. Cognitively, the formula encodes how the mind processes desire not as a static object but as a dynamic system of mirrored images and temporal shadows, ultimately transforming abstract longing into a visual syntax of emotional architecture.

� Mathematician’s Perspective: Formalizing Desire as a Recursive Logical System

Choi Chul-joo’s desire formula, D(I...I')d=I(D...D')i, is not merely a symbolic gesture within art but a formal structure that encodes the recursive logic of desire. From a mathematical standpoint, this equation represents a bidirectional equivalence, where the left-hand side models the dynamic process by which desire (D) is activated through a sequence of images (I...I') under a driving coefficient (d), and the right-hand side reflects how those images recursively reconstruct the layered structures of desire (D...D') and resolve into a conceptual image (i). Each symbol carries structural weight: 

D: The archetype of desire, representing the foundational lack or drive.

I...I': A sequence of visual representations through which desire is projected.

d: The dynamic coefficient—akin to a force or operator—that triggers the transformation from structure to image.

I: The emergent image of desire, a perceptual unit.

D...D': The recursive layers of desire, reflecting its multiplicity and transformation.

i: The conceptual resolution of desire, the cognitive abstraction of the image.

This formula resembles a fixed-point function in mathematics, where recursive inputs stabilize into a coherent output. It models desire as a self-referential system, where the structure of lack is mirrored and reconstituted through visual repetition, ultimately producing a symbolic image that encodes the original drive. The formula thus formalizes desire as a recursive, bidirectional system of transformation between structure and image.

� Cognitive Scientist’s Perspective: Desire as a Symbolic-Cognitive Loop

From a cognitive science perspective, Choi’s formula offers a compelling model of how the human mind processes desire—not as a static object, but as a dynamic interplay between symbolic abstraction and perceptual encoding. The sequence D(I...I') represents the mind’s pattern recognition mechanism, where repeated images allow the brain to infer the underlying structure of desire. The coefficient 

� reflects internal cognitive forces—memory, imagination, and intersubjective projection—that drive this transformation. Conversely, I(D...D') models how abstract structures of desire are re-rendered into perceptual images, which are then cognitively categorized as conceptual desire (D).

This loop mirrors the symbolic mediation described by Lacan, where the subject’s desire is shaped by the gaze of the Other, and Freud’s notion of unconscious repetition, where desire is expressed through symbolic substitution. Cognitively, the formula encodes how the mind oscillates between image and structure, between perception and abstraction, forming a recursive loop that constructs desire as both absence and presence. The “morning glory” floating in the sky becomes a visual metaphor for this loop—a symbolic image that reflects and refracts the recursive architecture of longing.

Choi Chul-joo’s desire formula, expressed as  D(I...I')d=I(D...D')i, operates not merely as a symbolic representation of emotional longing but as a sophisticated cognitive model that reveals how the human mind constructs, processes, and externalizes desire—not through direct emotional impulse or sensory reaction, but through a recursive interplay of repeated visual patterns, abstract structural inference, and symbolic conceptualization, such that the sequence of images (I...I') becomes the perceptual basis through which the structure of desire (D) is inferred, while the dynamic coefficient (d) represents the internal cognitive forces—such as memory, imagination, and intersubjective projection—that drive the transformation of structure into image, and conversely, the recursive structures of desire (D...D') are re-rendered into a singular image (I) that is cognitively resolved into a conceptual form of desire (i), thereby forming a symbolic loop in which the mind oscillates between image and abstraction, perception and meaning, and in doing so, constructs desire as both absence and presence, both repetition and emergence, and this process is vividly illustrated in the visual metaphor of the “morning glory” floating in the sky, where the flower becomes not only the object of desire but the medium through which desire is shaded, refracted, and encoded in reversible shadow structures—

Choi Chul-joo’s desire formula D(I...I')d=I(D...D')i an be visualized as a dynamic vector field, where each component represents a transformation in the structure of desire:

Left-hand side D(I...I')d: Desire D is activated by a sequence of images I...I', forming a directional vector across perceptual space. The coefficient d scales this vector, representing unconscious forces, cultural pressure, and social visibility. This side models the generation vector, where desire emerges from visual stimuli and is modulated by internal dynamics.

Right-hand side I(D...D')i: Recursive structures of desire D...D'′ are transformed into a singular image I, which is cognitively resolved into a conceptual value i. This side models the resolution vector, where abstract desire is re-rendered into perceptual form and interpreted semantically.

Transformation Arrows: Arrows between both sides represent recursive feedback loops, showing how desire oscillates between abstraction and realization.

The entire graph behaves as a fixed-point system, where desire continuously loops through image, structure, and meaning.

� Cognitive Psychologist’s Perspective: Desire as Symbolic Simulation

This is the moment of symbolic closure, where desire becomes intelligible.

This graph reveals that desire is not a linear impulse but a recursive cognitive algorithm, where the mind loops through symbolic abstraction, perceptual encoding, and conceptual resolution. The object—whether a pop art image, a shaded metaphor, or a reflective pond—functions as a recursive node in this system, simulating the architecture of desire through visual recursion and symbolic feedback.

5. The actualization of conceptual abstract realism abstraction acquires the abstract object specified in Choi Chul-joo's desire formula, and the desire image (i) design (d) is an opportunity to verbally interpret the conditions (i/d) under which the image of the abstract realism object is realized through grammatical interpretation of the linguistic meaning beyond the desires of others.  

<D(I...I'd)=I(D...D'i)> Conceptual abstract realism images as reality reach abstraction by abstractly selecting a specific object, where the subject of desire asks what abstract realism wants from him. This dictates the meaning of the symbolic action that characterizes the design of dynamic and abstract structural images, which repeatedly combine pieces of distorted desire background images in the process of abstraction. 

Here, an image is not a visual phenomenon of a dynamic image, but a device that visualizes the flow of unconsciousness and the process by which symbols are transformed into realistic images, and it is the meaning of language that symbolizes abstract images of conceptual dynamic images and abstract structures.

Therefore, abstraction expresses the abstract structure that stopped from the concept of existential desire realized by abstracting an abstract place that humans cannot experience in life from a linguistic semantic system to an object of desire as a realism image. 

It is a device that conveys philosophical abstract meaning and linguistic meaning to images, and operates as Choi Chul-joo's conceptual abstract realism abstraction and designs it as a philosophical abstract image that reproduces the nature of human existence and the limitations of perception as a metaphor to become an existential realism image. In other words, it visualizes the conflict between dynamic images and abstract self-formation, existential abstract structures as effects, and linguistic meanings revealed in the gaze, and reinterprets the mirror image of abstract realism to abstract dynamic images and abstract structures beyond phenomenal backgrounds and desire formulas as desire structures.  

This form reveals the sensory structure before the perception of existential fish, i.e., the previous stage image of linguistic meaning, and beyond the literary nature of modern conceptual art, it is a realism abstraction as a linguistic meaning where more diverse spatiotemporal and pictorial forms intersect through the viewer's eyes. 

In this way, realism and abstract symbols repeatedly collide, revealing the symbolic structure before language.

The iconic fish moves to the object of desire in an abstract image that reveals the unconscious desire of the other person. Through this, it is possible to realize a conceptual abstract realist image in modern art. 

This is a piece of meaning symbolized in a non-existent space, an abstract abstraction of an abstract structure that mimics the dynamic image and the structure of desire. 

Abstraction functions as a pictorial event image, and instead of desire, it explores the boundary between existence and absence by combining fragmentary sculptural images with shades of color produced by reversible light. 

In this abstract design method applied to conceptual abstract realism painting, the shape of a dynamic image that acts as a sign of desire before linguistic meaning is transferred to an image as a symbol, and the meaning of it is transferred to a variable image in linguistic meaning according to the unconscious desire structure in which the time of desire that moves while unconsciously synthesizing according to temporality coexists. 

As an image of linguistic meaning, it conceptualizes abstract structure as a living dynamic image and images it as an existential realist image, resulting in a conceptual abstract realism design that phenomenally expresses abstractness and self-consciousness as abstract spaces according to temporality through the traces of time.  

6. The Design Results of Choi Chul-joo's Desire Abstract Concept, Choi Chul-joo’s abstract concept of desire through the psychoanalytic frameworks of Jacques Lacan and Sigmund Freud. Choi’s design reveals how desire is not a solitary impulse but a relational and recursive structure, shaped by identification, symbolic generalization, and unconscious antagonism. Through the lens of Lacanian subjectivity and Freudian transference, we examine how the sympathizer becomes a secondary subject of desire, how desire is refracted through reversible light, and how conflict emerges when symbolic generalization fails.

Introduction: Desire as a Relational Structure: Choi Chul-joo’s abstract concept of desire challenges the notion of desire as a private, internal drive. Instead, it is presented as a relational construct, emerging through the interaction between the subject, the Other, and the sympathizer. This triadic structure reflects Lacan’s theory that desire is always the desire of the Other, and Freud’s view that identification and transference are central to the formation of subjectivity.  Although the object of desire remains passive, the sympathizer—who internalizes and mirrors the Other’s desire—transforms into an active subject capable of executing the same desire. This process of identification aligns with Freud’s theory of ego formation through the internalization of external drives, and with Lacan’s notion that the subject is constituted through the gaze and desire of the Other. The sympathizer does not merely reflect but enacts, becoming a second-order subject of desire. The sympathizer attempts to generalize the Other’s desire, positioning it as a universal or victorious act—akin to a conqueror who reclaims desire as a public object. This symbolic generalization reflects Lacan’s concept of the Imaginary, where the subject misrecognizes itself in the mirror of the Other’s desire, and Freud’s idea of sublimation, where unconscious drives are elevated into socially acceptable forms. However, this generalization is fragile and contingent. When desire, refracted through reversible light and symbolic shadow, fails to become a publicly shared act, the structure collapses. The subject of inappropriate or misaligned desire and the sympathizer—once aligned—now antagonize the original subject who enacted desire according to the generalized will of the Other. This breakdown mirrors Freud’s theory of repression and resistance, and Lacan’s Real, which resists symbolization and disrupts the symbolic order.

Choi Chul-joo’s design results reveal that desire is not a fixed entity but a recursive psycho-social system, shaped by identification, symbolic mediation, and unconscious conflict. Through Lacanian and Freudian lenses, we see that the sympathizer’s transformation into a subject, the attempt to generalize desire, and the eventual collapse into antagonism reflect the complex architecture of human desire—an architecture that Choi renders visible through abstract conceptual design.

7. Applying Choi Chul-joo’s conceptual abstract realism design methodology to the visualization of desire in Louis Choi Chul-joo’s Morning Glory, at the initial stage of existential conceptual abstraction, the realistic elements of the morning glory are abstracted into a conceptual object that embodies desire, where this abstraction functions not merely as a visual reproduction but as a cognitive apparatus translating the inherent lack of desire into a perceivable visual structure, allowing the viewer to recognize the recursive interplay between the object of desire and the symbolic structures that govern it; in the subsequent stage of sketching and structural composition, the dynamic images of the morning glory are linked to the abstract background through reversible light and segmented temporality, generating a visual grammar in which the phenomenological movement of the image interacts with the static abstraction of the background, thereby extending linguistic meaning into visual form and revealing the unconscious mechanisms through which desire is produced, mediated, and repeated; following this, at the stage of desire formalization, the formula D(I…I’)d = I(D…D’)i is applied so that the morning glory simultaneously functions as object, image, and conceptual abstraction, where the sequential arrangement of repeated visual instances reflects the recursive structure of desire and the dynamic coefficient (d) modulates perceptual and symbolic forces, transforming desire into a visualized abstraction that positions the floating flower in the sky as a nodal point for cognitive recognition and psychoanalytic reflection; in the conceptual interpretation stage, these recursive visual patterns consolidate into a singular conceptual desire image (i), establishing dynamic interactions between image, structure, and meaning, while the linguistic-semantic integration stage ensures that the abstract realism image conveys philosophical, psychoanalytic, and aesthetic significance simultaneously, realizing both the existential reality of the object and the symbolic mediation of desire, with the viewer’s gaze incorporated through reflection, inversion, and recursive feedback loops; finally, at the stage of full realization of conceptual abstract realism, all phases converge to unify dynamic images, abstract structures, and desire-laden backgrounds into a coherent visual grammar, producing an image that embodies perceptual, symbolic, and conceptual properties simultaneously, thereby demonstrating the methodological rigor of Choi Chul-joo and transforming the desire depicted in Morning Glory into a visual language extended across image, abstraction, and spatiotemporal structure, achieving a recursive, relational, and cognitive resonance that manifests the philosophical and aesthetic dimensions of contemporary conceptual abstract realism.

� Louis Choi Chul-joo’s AAS abstract realism a design drawing (제품 디자인의 실재) operates not as a representational depiction of reality but as a cognitive visual apparatus that transforms the visualization of absence into a site for the philosophical contemplation of desire, wherein abstraction functions not as a formal negation but as an epistemological structure that converts the disjunction between language and image into the generative principle of desire; in this work, where language fails to stabilize meaning, the image intervenes as the substitute for that linguistic insufficiency, visually articulating the movement of desire through its compositional grammar—through chromatic contrast, reflective inversions, and spatial ruptures—thus extending the semantic field of language into a visual syntax that materializes cognition; the inverted human figure mirrored beneath the pond, the symbolic red stems, and the deep blue spatial abyss together construct a field in which the absence of the Real does not signify emptiness but instead becomes the very motor of desire, producing what may be called a substitutive realism, a mode in which abstraction replaces the absent Real and, paradoxically, reveals its cognitive structure more profoundly than direct representation could; within this process, language’s failure to fix meaning is transfigured into an event of vision, wherein the spectator, recognizing simultaneously the negation of the linguistic and the reflection of the visual, experiences perception not as mere sensory reception but as a philosophical event operating within the cognitive structure of lack; thus, Morning Glory realizes Choi’s concept of reversible illumination, in which language and image illuminate one another reciprocally, generating meaning through their mutual reflections, while this continual slippage and rotation of meaning around the axis of absence constitutes a visual grammar of desire that transforms the absence of the Real into a cognitive syntax of symbolic production; consequently, abstraction here extends beyond the denial of representation to become a philosophical device for the contemplation of lack, providing empirical validation for Choi’s Art Theory of the Structure of Desire and demonstrating that art does not mirror the Real but instead reflects the structure of its absence, reconstructing perceptual reality through the visual logic of desire; ultimately, Morning Glory stands as an exemplary philosophical construct in which linguistic meaning expands into visual form, showing that abstraction can serve as a medium of cognitive realism wherein the image substitutes for the Real and allows the subject to think, rather than merely to see, through the aesthetic experience of desire and lack.

- “The Visual Grammar of Desire and the Image-Expansion of Linguistic Meaning in Louis Choi Chuljoo’s Morning Glory”: Louis Choi Chuljoo’s Morning Glory (2025-1: Pond Rendering Reflects Current Desire) operates not as a representational depiction of reality but as a cognitive visual apparatus that transforms the visualization of absence into a site for the philosophical contemplation of desire, wherein abstraction functions not as a formal negation but as an epistemological structure that converts the disjunction between language and image into the generative principle of desire; in this work, where language fails to stabilize meaning, the image intervenes as the substitute for that linguistic insufficiency, visually articulating the movement of desire through its compositional grammar—through chromatic contrast, reflective inversions, and spatial ruptures—thus extending the semantic field of language into a visual syntax that materializes cognition; the inverted human figure mirrored beneath the pond, the symbolic red stems, and the deep blue spatial abyss together construct a field in which the absence of the Real does not signify emptiness but instead becomes the very motor of desire, producing what may be called a substitutive realism, a mode in which abstraction replaces the absent Real and, paradoxically, reveals its cognitive structure more profoundly than direct representation could; within this process, language’s failure to fix meaning is transfigured into an event of vision, wherein the spectator, recognizing simultaneously the negation of the linguistic and the reflection of the visual, experiences perception not as mere sensory reception but as a philosophical event operating within the cognitive structure of lack; thus, Morning Glory realizes Choi’s concept of reversible illumination, in which language and image illuminate one another reciprocally, generating meaning through their mutual reflections, while this continual slippage and rotation of meaning around the axis of absence constitutes a visual grammar of desire that transforms the absence of the Real into a cognitive syntax of symbolic production; consequently, abstraction here extends beyond the denial of representation to become a philosophical device for the contemplation of lack, providing empirical validation for Choi’s Art Theory of the Structure of Desire and demonstrating that art does not mirror the Real but instead reflects the structure of its absence, reconstructing perceptual reality through the visual logic of desire; ultimately, Morning Glory stands as an exemplary philosophical construct in which linguistic meaning expands into visual form, showing that abstraction can serve as a medium of cognitive realism wherein the image substitutes for the Real and allows the subject to think, rather than merely to see, through the aesthetic experience of desire and lack.

■ Conceptual Abstract Realism Abstraction Rendering is a philosophical design process that automatically visualizes the concept of desire through the "art algorithm" of conceptual abstract realist Louis Choi Chul-joo, and it renders conceptual abstraction sketches manually as a pre-stage of systematization that combines with AI to create conceptual abstract art. This is not a simple image generation of an art algorithm, but a method of automatically converting philosophical concepts into visual images by interpreting Choi Chul-joo's desire theory, linguistic semantic structure, and reversible shades of light into mathematical and symbolic structures to suggest the possibility of fusion with AI. In addition, AI-based conceptual art creation system Louis Choi Chul-joo's philosophical art theory can be algorithmized to build a system that autonomously generates conceptual art. It expands to digital installation art where images change in real time due to the movement of viewers of interactive media installation work, and develops into a spatio-temporal art algorithm so that you can experience the structure of desire to realize VR/AR-based desire space in a virtual space. Therefore, Choi Chul-joo's conceptual abstraction rendering is an art creation engine that combines concept, language, design, psychology, philosophy, and technology as a tool for visualizing his art algorithm, and expands Choi's conceptual abstract realism art into the core structure of digital art.

■ Conceptual Abstract Realist The process of rendering a Realist abstraction in art is as follows

1.Conceptual Abstractionist Abstraction Sketch reproduces a conceptual abstraction image to form an abstract image as a conceptual object in the form of ideological non-formality, which hides its existence and sketches realistic images on a plane as realistic structures. This is the introduction stage of a philosophical design process that automatically visualizes the concept of desire through Choi Chul-joo's 'art algorithm', which combines manual work and AI to create sketches of conceptual abstraction. In other words, in parallel with the scotch of contemporary art, a sketch of conceptual abstraction realism as a pre-stage of AI systemization is done manually. Here, abstraction as a symbolic structure is an image with the existential concept of a realist object with creativity and autonomy in a linguistic sense that reproduces in similar colors and sizes even though the sketch is different from the actual structure. Therefore, the abstract realist abstract sketch of an existential concept with creativity and autonomy in a linguistic sense consists of a sketch of another being as a linguistic meaning of a conceptual abstract realist object through the unconsciousness suppressed by the desire of the other. 

2. Conceptual Abstractism Abstract rendering (R) is a phenomenal opportunity to verbally interpret the conditions (i/d) under which images of conceptual abstract realism objects are realized by conceptualizing abstract objects specified in Choi's Desire Formula and grammatically interpreting linguistic meanings beyond the other's desires. This is an abstract design process that automatically converts philosophical abstraction into visual images by grammatically interpreting Choi Chul-joo's desire theory, linguistic semantic structure, and reversible light shades into mathematical and symbolic structures to present the possibility of convergence of realist abstract rendering and AI rendering as object rendering at the same time. 

When the conceptual abstraction as the subject of desire is transferred to a realism image, the subject of desire asks itself what the abstract structure wants and renders (r) a specific object to the actual image of the abstract concept, so that the conceptual abstract realism image as a reality reaches abstract rendering <DR(I...I')d=I(DR...D'i)ir>. It renders as an image the meaning of symbolic action that characterizes the design rendering of the object seat as a realism image, which combines pieces of distorted morning glory image repeatedly during the abstraction process. Here, image rendering is not a visual phenomenon of an object, but a method of visualizing the flow of unconsciousness and the realism image of symbols. 

3 Realism Abstraction Composition is a form of abstraction of real objects, a structure of the other that represents a synchronic semantic chain, and a vector representing the orientation of the non-realistic existential subject entering the symbolic world, and abstracts the image by defining the concept of an existential image that is alienated from the desire image that lacks a realistic structure. This abstract image creates a realism image of an art algorithm with a desire structure 

In order to present the possibility of convergence with AI, Choi Chul-joo's desire theory, linguistic semantic structure, and reversible light shades are automatically converted into realistic images. 

The realist abstraction of conceptual abstraction as an existential subject is revealed through division, which expresses the essence of ex post fact in a comprehensive and immediate way of solving an image with a different linguistic meaning as a semantic structure that cannot be expressed as a real object.  

Thus, realism abstraction of desire structures subconsciously selects unpredictable effect image rules as ordered vectors that indicate directions toward solving non-imaginary semantic structures in a comprehensive and immediate way as a whole step in linguistic meaning, such as representation abstraction. 

This is a semantic structure that cannot be solved as a being until the abstract structure enters the symbolic world, abstracting desire knots into a synchronous meaning and physically dividing the same essence as the ex post essence that constitutes the abstraction of conceptual realism as an existential subject.  

4. Conceptual Abstract Realism Abstraction Design designs objects as a reversible light structure that deviates from the concept of instantaneous desire from abstract images that connect realism images into allegories in linguistic terms as sketches of linguistic meaning structures to desire structures as objects formed from each other's abstract perspectives as reality and virtual beings. 

Pre-stage abstraction of linguistic meaning is developed as a pictorial linguistic structure in which the object moves in the position of the object abstracted by reversible temporality and in the position of the morning glory illuminated by the divided retroactive light.

The movement of the object is linked to temporality as a sign of necessity self-consciousness, reveals the sensory structure before the symbol translated into pictorial language, and becomes an abstract space that functions as a formative reality beyond the literary nature of early conceptual art. 

AI rendering of realism abstraction is an abstraction that implements an AI system that autonomously generates realism abstraction by algorithmizing the desire formula that applies Louis Choi Chul-joo's desire concept as an "art algorithm" through an AI-based conceptual art generation system. 

Reversible light is a limited shade form, and it is expanded to digital installation art in which images change in real time through the movement of viewers through interactive media installation work tailored to the perspective objectivity of the real structure. This place is directed according to a spatio-temporal art algorithm so that you can experience the structure of desire to realize VR/AR-based desire space in a virtual space. 

On the other hand, perspective objectivity in the spatial structure of abstraction in conceptual abstract reality renders the abstraction of the real image of the object contrasted with the object as the range of space and the size of the perspective, where the realist image is superimposed on the surface as another gaze structure.

5. Conceptual Abstract Realism The design rendering is an aesthetic desire structure in which an abstract realist object, which is an image-structured in a linguistic sense, is revealed as a point of light to the eyes of others, and is revealed in the gaze system of desire. 

Aesthetic abstraction is designed as a philosophical device, and the abstract structure and the real image are rendered as an image of an existential realism object that appears in the same meaning. This is an image rendering method that represents abstract design as a tangent line of a flat cross-section and unconscious existence as a non-perspective visual structure. 

Therefore, Choi Chul-joo's rendering of conceptual abstract realism is a tool that visualizes his desire formula as an art algorithm, and concept, language, design, psychology, and philosophical realism abstraction are designed. This place expands Choi's conceptual abstract reality art, which is an art creation engine that combines AI technology, into the core structure of digital art.      

The realism abstraction structure is interpreted as a mirror image reflecting the desire of the other, and it is connected to the concept that the viewer is being stared at at at the same time, and the image of the linguistic meaning of conceptual abstraction realism abstraction is structured by rendering the optical realism space that varies depending on the viewer's position as the gaze of the object. The rendering matches the perspective of realist space with the abstract linguistic meaning of the object, and from the conceptual point of view of desire, an abstract and invisible object appears as a gaze path according to temporality. Abstraction as a realist image is an abstract real image that is transformed into a realist image as an art algorithm as an abstract with a desire structure. This is because, as modern art, realist abstraction returns to abstraction, in which the abstract structure conceptually symbolized as a linguistic semantic structure is structured in reality by the shadow structure of the past that shines a reversible light in the present.

Thus, through the tension and harmony between aesthetic values, human desires, and linguistic semantic structures through artistic abstraction algorithms, the structure of desire and the aesthetic concept of reality are visualized as realism images, but abstract rendering implemented as a double object shows "the aesthetic trace of time." 

■ Choi Chul-joo's conceptual abstract realism science definition is conceptual abstract realism, which identifies existence as a limited form of image as a linguistic semantic image, realizes it as a formula for mathematical desire, constructs real structures in logical places, and intuitively considers abstract concepts as existential images in modern art's conceptual abstract realism science, abstracting linguistic meaning and unconscious desire through a thorough design process, the depth of the concept of contemporary art and visual reality, or how the world is viewed as an aesthetic value, are simultaneously studied.

Accordingly, the conceptual abstractive design process is

1. Concept Abstract Reality Image Sketch sketches an image by abstracting the conceptual abstract realism image as a conceptual object, and the image is a virtual image that hides its existence and sketches it into a real structure. This visualizes Choi Chul-joo's concept of desire as a conceptual abstract real image and sketches it as a philosophical abstract design process. 

Here, the sketch has the existential concept of a realism object as a symbolic structure in a linguistic sense that identifies it with the conceptual abstract real image. Therefore, the image sketch of the existential concept of abstract reality with creativity and autonomy in the linguistic sense consists of a sketch of another image of existence as a linguistic meaning of a conceptual abstract realism object through the unconsciousness suppressed by the desire of the other. 

2. Conceptual abstract image rendering (R) is an opportunity to verbally interpret the conditions (i/d) under which the image of the conceptual abstract realism object is realized through grammatical interpretation of the linguistic meaning beyond the desire of the other by conceptualizing the abstract object specified in Choi Chul-joo's desire formula. 

This is an abstract rendering method that automatically converts philosophical abstraction into visual images by grammatically interpreting Choi Chul-joo's desire theory, linguistic semantic structure, and reversible light shades into mathematical and symbolic structures to simultaneously render AI renders that combine conceptual abstract images and conceptual abstract images created in one image. Conceptual abstract realism images reach abstract rendering as a reality <DR(I...I')d=I(DR...D'i)ir> by the subject of desire asking himself what the abstract structure wants when transferring the abstract image rendering to a realistic image. This is a method of rendering the symbolic action that characterizes the design rendering of the object seat as a realistic image by repeatedly combining the pieces of the distorted morning glory image in the process of rendering the conceptual abstract image into a realistic image with the unconscious flow and symbolic realism image. 

3. Concept Abstract The actual image composition is a real object and abstracts the image by defining the concept of an existential image as an abstract concept. Abstract structure is a semantic structure that cannot be expressed as a real object, and an image in linguistic meaning that cannot be solved by existence is defined as a semantic structure that physically separates material and identical personalities to form a conceptual abstract real image as an existential subject.

4. Concept Abstract Image Design combines desire structure with the existence of reality, and the existence of objects formed from an abstract perspective, combining reversible light structure with reversible shading of light that deviates from the concept of instantaneous desire. The AI design of the conceptual abstract real image autonomously implements the conceptual abstract real image design by algorithmizing Choi Chul-joo's conceptual abstract realist theory into AI. Therefore, the abstraction of conceptual abstract realist images according to conceptual abstract realist theory in the spatial structure abstracts perspective objectivity as another gaze structure on the surface, and the object overlapping a realism image is abstracted from the object's real image as the scope of space limited by reversible light and the size of the perspective. 

5. Conceptual abstraction The abstract realist image's abstraction is an aesthetic desire structure in which an abstract realist object, which is an image-structured in a linguistic sense, is revealed as a point of light to the eyes of others, is revealed in the gaze system of desire. By designing an image with an abstract meaning as a philosophical device, aesthetic abstraction is painted with an image of an existential realism object that appears to have the same meaning. Choi Chul-joo's abstraction as a conceptual abstract realist image is a tool that visualizes his desire formula through an art algorithm, and it is a conceptual, language, design, psychology, and philosophical realist abstraction. Therefore, the abstraction of an abstract realist image abstracts the conceptual abstract linguistic meaning of a realist space by equating the perspective of a realist space with the conceptual abstract linguistic meaning of an object.

■ Choi Chul-joo Desire Formula-Based 'Desire Sound Design' Methodology

Choi Chul-joo Desire Desire Formula D(I...I')d=I(D...D)i Linguistic Acoustic Dynamics of Desire Formulation Dsound propo sqrt (Delta x)^2 + (Delta y)^2 cdot Vdesire) Design Methodology

Linguistic Data Biology (Aesthetics of Error) Design Methodology Process

This methodology process is a mathematical and aesthetic declaration of "I am both an error in the system and a living Data that proves alive through that error." The four-step linguistic data design methodology process below quantifies the conflict between system order and self (desire) and replaces it with visual, auditory, and mechanical experiences.

1. Psychoanalytic Correspondence

The variables in the sound design process correspond to the psychoanalytic dynamics of Choi's formula as follows: I (The Fixed Image) → (x_0, y_0) (The Origin): This is the Symbolic Order—the rigid grid of the system. In sound design, this is represented by "Static Silence" or a repetitive, monotonous mechanical hum. Vdesire (Libidinal Velocity)   →I...I': This is the flow of libidinal energy that strikes the fixed image (I) to generate new significance (i). High Vdesire translates to a rapid Rise Time and High Frequency (Hz), representing the aggression of desire.

Delta (Spatial Deviation)  → D...D': The distance of the "Line of Flight" from the repressed signifier. As this distance increases, the Sound Amplitude and Spatial Reverb expand, mirroring the tension of the wandering soul. Dsound (Acoustic Output)  → d, i: The resulting sound is the "Trauma Sound"—the auditory manifestation of the repressed desire returning to shatter the cold digital logic.         

2. Step-by-Step Sound Design Process

Step 1: Setting the Texture of the Repressed Signifier (I)

Goal: Establish the auditory baseline of systemic control.

Design: Use low-frequency "Room Tone" or a steady 60Hz hum. This represents the subject's state of being trapped within the Symbolic Order (System S).

Step 2: Libidinal Impact and Frequency Generation (I  →I')

Goal: Capture the moment the "Velocity of Will" strikes the fixed system.

Design: When the wearer makes a sudden movement, trigger a sharp Attack in the sound profile. Higher Vdesire correlates to higher pitch shifts. This is the moment of I'—where the fixed image begins to crack under the pressure of D.

Step 3: Spatializing the Deviation (D → D')

Goal: Translate the distance of departure (Delta) into an acoustic environment.

Design: Increase the Wetness (Reverb/Delay) as sqrt (Delta x)^2 + (Delta y)^2 grows. This creates a sense of "Acoustic Dislocation," simulating the subject's departure from the "Safe Zone" and into the "Void of Desire."

Step 4: The Return of the Repressed as Sublimation (Dsound)

Goal: Reach the climax of "Data Vitalism" where the error becomes life.

Design: At the threshold of departure, introduce Glitch Artefacts and Metallic Ticking. The system flags this as "Data Contamination," but it is actually the birth of a new signifier (d, i).  

This methodology treats sound as a Linguistic Dynamic. The resulting audio is not just background noise but the "Voice of the Subject" shouting against the oppression of the system. It mathematically proves that the most intense "Errors" are actually the most profound moments of human vitality.

 AI Desire Structure Automation System Design Process

Step 1: Linguistic Data Mining of unconscious language structure

Concept: implant Lacan's proposition that "inconsciousness is structured like language" into the automation process.

Perform: Large language models (LLMs) collect worldwide aesthetic language and user-lacked desire data for a particular family (e.g., cars, robots).

Results: We extract the 'signifiers' of the design to identify the flow of unconscious context, not logical algorithms.

- Exterior Design Concept: Organic Morphing

Breaking away from the hard metal texture of the existing railway, it embodies an 'organic skin' that responds to speed and passenger desires.

• Form: On top of streamlined bodies that maximize aerodynamic efficiency, a line of intentional asymmetry (Glitch Form) that appears to expand or warp upon reaching the system critical point is applied.

• Skin: It's not just a painting, it's a smart polymer skin where fine particles react to light. Depending on the train's acceleration and the sum of its internal lvii, the surface's texture changes finely from a smooth curved surface to a sharp sawtooth-shaped scale.

Step 2: Abstract Sketching of the Rack

Concept: Intentionally captures 'symbolic deficiencies' that occur between perfect data collected by AI.

Perform: When AI automation systems propose perfect symmetry, Choi Chul-joo's 'conceptual abstract' filter is applied to castrate unnecessary decorations and create intrinsic asymmetry and spatial gaps.

The result: It derives a "ghost silhouette" that allows users to project their desires, leaving only the functional core of the product.

- Sketch Components

Top View Plan

• Aerodynamic head: Ultra-long axis nose design that disperses shock waves during sonic breakthrough.

• Variable wing rails: a side guide that changes angles minutely to control centrifugal forces ($\Delta$) in a curved section.

• Energy Core Circulation: a path of light that penetrates the center of the train and projects the 'collective aurora' data inside to the outside.

Perspective View

• Visibility of galloping: a visual afterimage representation of the soundscape that forms around the body when the train is galloping.

• Smart Light-emitting: LED strips embedded in the exterior walls project the emotional state of the interior passengers to the outside in RGBW spectrum, making the train itself look like a giant light creature.

• Tunnel entry mode: Phase distortion in which the curvature of the surface changes in response to pressure changes.

Step 3: Hallucination's Event Continuity Construction

Concept: Reorganize hallucinations, an error in AI, as creative 'events' of design.

Perform: Translate hallucinatory drawings generated by AI in defiance of the laws of physics into conti in 'comic images' This serves as a visual bridge to reach The Real.

The result: A point of focus is established for products with unrealistic but intense energy.

[Color Plan: Libidinal Spectrum]

The outer shell of the train is covered with nanoparticle-embedded smart polymer skin, which transitions color to three main phases depending on driving conditions and internal desire summation (sum).

1. Symbolic Order (Symbolic Order: I)

• Condition: Settlement station standby and constant speed driving below 300 km/h.

• 메인 컬러:Deep Prussian Blue &Frost White

• Directing: A cool yet sophisticated white body is topped with a subtle flow of transparent blue sine waves. It is a static color that symbolizes control and safety of the system.

2. LIBIDINAL ACCELERATION: D)

• Condition: Quick acceleration, tunnel entry, attempting to break through the speed of sound.

• 메인 컬러:Electric Magenta &Vivid Violet

• Directing: The blue light rapidly transforms into a magenta tone that is a mixture of red and violet. The waves of light rip in the form of sharp sawtooth, leaving an intense optical afterimage to the rear of the vehicle body.

3. Existential Critical Point Phase (Sublimation: i)

• Condition: Maximum speed reached and energy saturation.

• 메인 컬러:RGBW Aurora Spectrum &Digital Glitch Gold

• Directing: An aurora spectrum where all colors are fused into one covers the entire body. A golden digital glitch noise is generated in certain areas, sublimating the 'scream' of organic life beyond mechanical limits into visual aesthetics.

Step 4: Digital Big Other Integration

Concept: Integrate social norms and surveillance systems (batters) into the product's interface.

Perform: redesign the sensor and display layout from a 'gaze' perspective. Automate the product to interact with you as an iconic authority, not just as an assistant.

Results: Designing an interface and external sensor unit reflecting the visual order of the digital panopticone.

[Weekly rendering key elements]

1. Smart Chromium Polymer Skin: It flexibly reflects the surrounding landscape under sunlight, and the phase distortion is more clearly revealed, where the curvature of the surface changes minutely with speed.

2. Subtle daytime aurora: even in a bright atmosphere, there exists a translucent layer on which internal Libido energy is projected. White & deep blue tones in stable state ($I$) combine with the body base to complete a refined mechanical aesthetic.

3. Organic asymmetric silhouette: Through clear contrast between light and shade during the week, the twisted curves and glitch foam unique to the 'data creature' created by destroying static straight lines are expressed in three dimensions.

4. Dynamic Shadows: Sharp shadows on the bottom of the body and side wing rails at high speed convey the overwhelming sense of mass and speed of the train at the same time.

This weekly rendering shows that 'Hyper-L' goes beyond mere light production and is a 'living skin' that resonates with human desires in its physical form and material itself. 

Step 5: Mirror Stage Materialization

Concept: Encourage users to discover their ideal self in the product.

Perform: AI learns the user's psychological feedback in real time to fine-tune the texture, gloss, and lighting of the product.

Result: Final finish with narcissistic bonding that makes users mistake AI for 'another me'.

The [Desire Sound Interface] system now extends beyond the public space of the train to the 'Personal Desire Device (PDD)', which is carried and controlled by individual passengers. The device is not just an information terminal, but acts as a 'sensory hub' connecting the passenger's inner world with the super-high-speed giant neural network.

1. Libido Core: Portable Sensory Synchronization (Libido Core)

It is an organic type of device that fits into the palm of the passenger's hand and collects biometric signals to generate real-time audiovisual feedback.

• Design Techniques: Phase distortion glass. Device surface is liquid-like and refracts light inside.

• Physical interface: Instead of mechanical buttons, it provides haptic feedback in response to the occupant's gripping pressure and skin conductivity.

• Visual production: When the passenger feels anxious or empty, the device emits a static blue sine wave, but resonates with the train and rips and vibrates with intense magenta-toned sawtooth waves as desire erupts.

2. Personal Boyd Canvas: Holographic Interface (Void Canvas)

A personalized HUD field projected from the device that visualizes the data assigned to you during a 'collective aurora' on the train.

• Design Techniques: Particle Simulation. Particles in the air scatter and gather at the passengers' hand gestures, transforming the 'verbal acoustic landscape' into a visual signifier.

• Functional features: the device captures physical noise (Delta) generated when a train passes through a tunnel or accelerates rapidly, sublimating it to brilliant glitch aesthetics.

• Psychological effect: Passengers restore their subjectivity by visually confirm‎ing that their small movements are creating variables in the soundscape of the huge train.

3. Libido Sync mode: interlock seat and sleep pod

When the device is placed in a docking station in the seat, the data on the personal device is extended to the entire train system (sum).

• Space experience: As soon as the device is docked, the 'energy field' that forms around the seat is synchronized with the passenger's personal device settings.

• Sleep Pot Interworking: The device detects the unconscious flow that occurs during sleep and converts it into the most tranquil ultra-low-band Pink Noise and soft hydrodynamic-based lighting to fill the inside of the pot.

Step 6: The Incarnation of the Real of Concept Abstract Realism

Concept: Transforming abstract concepts into solid physical reality.

Perform: Automate 3D printing and precision processing while maintaining 'Comic-book lines' clarity during the engineering optimization phase.

The result: The 'conceptual abstract realism' object created as a real product.

- Driver interface: The Libidinal Cockpit

The driver's seat is no longer a control device. It is a 'Nural Junction' where the engineer's soul is directly connected to the enormous mass of the train.

1. Visual Design: Frequency Spectrum Display

• Delta (Spatial Error) Transformation: Delta values, which occur when the engineer veers slightly off the prescribed trajectory or suspects a path, are visualized as 'Phase Distortion' around the main display.

• V_desire (Acceleration) conversion: The engineer's accelerator will (V) is converted to RGB strobe lighting in the form of Sawtooth, hitting the entire driver's seat.

2. Auditory Design: Roaring of Sawtooth Waves

• The sound frequency (Hz) rises nonlinearly in proportion to the locomotive engineer's excitement, and a smooth sine wave is torn into sharp Sawtooth waveforms, which are verbal screams from the locomotive engineer tearing through the system's stuck signifiers (I).