The Mechanics of Single-Point Localization

This paper discusses the dynamical mechanism by which light is detected as a single localized point, despite being described as a spatially extended wave.Without relying on the conventional framework of the electromagnetic field, the analysis focuses on the role of phase coherence, boundary conditions, and interaction-driven localization. The paper argues that point-like detection is not a fundamental particle assumption but an emergent consequence of phase-driven dynamics and interaction constraints at the moment of detection.This perspective provides an intuitive and physically grounded explanation that bridges wave descriptions of light with localized observational outcomes.