The Particle Mimic Hypothesis: Structural Proxies, Atomic Dissolution, and Gravitational Magnification at the Event Horizon

This paper introduces the Particle Mimic Hypothesis, a theoretical framework analyzing the fundamental limitations of macroscopic observation under relativistic and gravitational constraints. We assert that an observer interacting with an object across spatial intervals does not perceive the instantaneous material system, but rather a structurally compressed photonic configuration acting as a "particle mimic." We evaluate this proxy mechanic at the intersection of atomic physics and strong-field general relativity. Specifically, we model the deceleration and eventual freezing of the atomic particle mimic at the event horizon of a black hole due to infinite gravitational time dilation, contrasted against the literal micro-systemic dissolution of the physical atom within the singularity. Finally, we incorporate the mechanics of gravitational magnification (gravitational lensing), demonstrating how severe spatial distortion acts as a cosmic magnifier of the particle mimic, trapping structural information on a lower-dimensional boundary and offering a conceptual resolution to the Black Hole Information Paradox.