This work presents a conceptual description of the proton within the framework of Triadic Mesh Dynamics (TMD), a geometric and orientational approach to elementary particles. The proton is interpreted as a compact multi‑layer orientational structure whose stability arises from the interplay between a pressure layer, an orbital stabilizing layer, and an active rhythm. The article explains how these layers generate strong compression of the central position and how the neutron can be understood as an excited state of the proton. No internal parameters, numerical algorithms, or computational procedures are included; the text focuses solely on the geometric and dynamical principles of TMD. This publication is part of a broader series exploring the orientational foundations of particle physics.
Aleš Kováč (Sat,) studied this question.