The ENDO Framework: A Mathematical and Physical Hypothesis

This paper introduces the ENDO (Endogenous Non-radiative Delayed Observation) framework, a novel physical and mathematical hypothesis challenging the classical and relativistic consensus on light propagation. We propose that light is not an independent, external wave-particle radiation travelling through a vacuum at a constant speed (c). Instead, light is modeled as an instantaneous, zero-time intrinsic signal emanating from the interior (Endo) of a power source. The observed finite speed of light (c) is reinterpreted not as a travel velocity, but as the latency response time of the surrounding medium or space to an instantaneous energetic event. This framework reconciles the apparent conflict between Special Relativity and the instantaneous non-local interactions observed in Quantum Entanglement. Furthermore, the framework provides an experimental methodology for localized synchronization and differential measurement tests using high-speed photodetectors to isolate and measure zero-time signaling.