ETCQX - The Protonic Phase Wave

ETCQ X introduces the phase-cap field: a framework in which matter is described as a localizedphase debt constrained by a finite circulation capacity α. The proton is treated as a supra-cap lockwhose 4πα recapping sequence closes most of its phase locally, while a minute coherent residue,scaling as α18, survives as a long-range gravitational contribution.Within this framework, mass, charge, electronic structure, nuclear closure, molecular locking, andgravity are not introduced as unrelated sectors, but as differentiated outputs of a common grammar:cap, debt, lock, restitution, leakage, and survival. The proposed field law is then confronted withatomic, nuclear, molecular, galactic, lensing, noise, and numerical phase-field tests.The volume does not claim a final derivation of all constants or all interactions. Its aim is more limitedand more precise: to establish a constrained, falsifiable architecture for the ETCQ long-rangephase field, and to identify which parts are already supported, which remain phenomenological,and which require further derivation.