Proving the Stationarity of Light: The "Stationary Bed Reaction" Mechanism in Image Processing (Doctrine 21)

Abstract: This research, as part of "Doctrine 21," presents a fundamental challenge to the classical theory of light propagation. It proposes that light is a stationary phenomenon—a localized "Stationary Bed Reaction"—rather than a moving particle or wave. The study provides empirical reasoning by analyzing the functional divergence between active digital displays (smartphones) and passive reflectors (mirrors). While digital screens actively stimulate the stationary fabric of space-time to maintain image integrity without lateral inversion, mirrors act as passive repeaters, providing a phase-reversed echo of existing data. This discrepancy, along with the neural-coupling mechanism of human vision, serves as primary evidence that the speed of light represents the information processing rate of a solid substrate, not a travel velocity.