Hexaphotone The Six-Dimensional History of Light, presents an information‑centric formalism for electromagnetic fields. A Hexaphoton is defined as a six‑component information vector \ ( (E, f, , , p, d) \) that encodes energy, frequency, polarization, phase, momentum and direction. Light fields are modeled as superpositions of spatial and vector modes; material interactions are represented by linear operators acting on modal coefficient spaces. The work establishes a concrete mapping from Hexaphoton vectors to modal amplitudes, derives the operator representation of objects in spatial frequency space, and connects the model to classical scattering theory (Mie and T‑matrix) to provide physically grounded reference transfer functions. The repository and accompanying PDF include formal definitions, central equations, a numerical implementation pipeline, validation metrics (e. g. , MSE and spectral overlap), and experimentally testable protocols (reflection imaging, slit filtering, sphere reference tests). Reproducible notebooks, parameter sets and code examples are provided in the repository. The present version is formulated in a classical framework; quantum extensions are discussed as future work. Licensed under CC‑BY‑SA 4. 0.
Manuel Julin (Sun,) studied this question.