Independent researcher in photon structure, time models, and fundamental physics. My work builds on classical and modern physics, especially the electromagnetic framework of James Clerk Maxwell and the relativistic and quantum insights introduced by Albert Einstein. These theories remain essential for understanding wave propagation and energy–momentum relations.

Within this context, I develop a geometric photon model that distinguishes the photon as a discrete physical entity from the continuous electromagnetic wave. In this model, the photon is treated as a complete phase unit (0°–360°), embedded within the electromagnetic field but not identical to the extended wave.

The model identifies spin ±1/2 intersections at phase angles 30°, 150°, 210°, and 330°, occurring at intermediate amplitude layers ±0.333 on both the electric (E) and magnetic (B) fields. The photon structure extends over a full 0°–360° phase interval.

This framework offers an intuitive way to address long-standing conceptual questions such as wave–particle duality and the double-slit experiment. Interference emerges from field geometry and phase structure, while detection remains localized and particle-like.

My goal is not to replace established physics, but to refine its application at the photon level through precise geometric and phase-based interpretation, consistent with experimental observations in optics, polarization, and quantum interference.

My work is open to critical discussion and independent verification.

More information and publications: https://thetimekhronos.com