박상준 역학 법칙(논문 33: 시계는 시간을 재지 않는다)
Clocks Do Not Measure Time: A Geometric Reinterpretation of Spacetime Phase Resolution and Local Energy Efficiency under Sang-Jun Park's Laws of Mechanics
This paper presents an alternative spacetime paradigm rooted in Park's Laws of Mechanics, offering a respectful reevaluation of the classical thermodynamic doctrine of entropy increase and the abstract geometric framework of Einstein's general relativity. We suggest that the foundational interactions of the universe are governed not by a global tendency toward disorder in isolated systems, but by the local optimization of energy-momentum efficiency and the formation of organic order. By reinterpreting experimental data from atomic clocks on the Earth's surface and the International Space Station (ISS), we demonstrate that the physical essence of a registered `one second' reflects the expenditure of spatial energy rather than a shift in absolute time.
Furthermore, by introducing the quantized spacetime currency unit dtdx = h and a linear interest-cost mechanism, we elucidate the subjective variance in time perception between youth and the elderly. Notably, we unify the behavior of a photon experiencing propagation latency while computing dense spatial data in a gravitational field with the phenomenon of an isolated elderly individual undergoing rapid localized spacetime bankruptcy (solitary death) due to informational starvation under the duality of `information-processing load.'
Finally, we reinterpret the geometric shrinking of cells during embryonic cleavage as an alternative compressed calculation of developmental data, and redefine senescent cellular hypertrophy and telomere shortening as the depletion of spacetime phase resolution assets and the subsequent loss of the temporal drag brake. This quantitatively bridges subatomic particle physics and macro-cellular biology under a singular, harmonious universal order.