A nonconventional model on the fine structure of matter

The article presents an original model regarding the fine structure of matter. Currently, the intimate structure of matter is studied by fragmenting subatomic particles in particle accelerators and analyzing the physical entities resulting from this action. This article explores the existence of an alternative model which approaches the study of matter starting from the photon, the smallest material entity. The model is based on the numerical values of fundamental physical constants such as the speed of light, the gravitational constant, the Planck constant, the Avogadro number, and the fine structure constant. Finally, a model regarding the generation of the proton mass based on the relationships established in the article is proposed.