Abbas Arabi - Doctrine 21: Quark Interference and the Stationarity of Light in Biological Aging

Full Description: Hypothesis 104 by Abbas Arabi marks a critical expansion of "Doctrine 21," bridging fundamental quantum physics with biological longevity. Core Concepts: Stationarity of Light: Building on previously validated works (Hypotheses 80-103), this paper argues that light is a static, omnipresent data field—termed "The Scent of Existence"—rather than a traveling particle. The Triple Evidence: The author provides a unified re-interpretation of: The Casimir Effect (as Rigid Bed Pressure). The Double-Slit Experiment (as Nodal Processing Rate). Light Polarization (as the Geometric Filter of the Bed). Biological Impact (Aging vs. Youth): The paper introduces the "Quark Interference" mechanism. In this model, youth is defined as a state of coherent nodal filtering where the cellular ASA network (Rigid Bed) accurately polarizes incoming stationary data. Conversely, aging is described as "Data Saturation," where the loss of geometric integrity leads to unpolarized interference at the quark level, causing internal entropy and cellular degradation. Conclusion: Abbas Arabi concludes that biological senescence is not an inevitable chemical decay but a frequency-based misalignment. By restoring the nodal filtering capacity of the organism, the process of interference can be mitigated, offering a new frontier in rejuvenation science.