gravitational Phase-Cancellation Theory (gPCT)

This paper introduces gravitational Phase-Cancellation Theory (gPCT), a slope-recursive formulation of quantum collapse symmetry. The central postulate is that collapse outcomes are not purely random, but modulated by gravitational phase slope (dG/dt). From this dual recursion structure, the Born rule’s cos² law emerges naturally rather than being assumed. The theory predicts a small but systematic collapse bias aligned with gravitational slope — a departure from standard quantum mechanics, which assumes no such dependence. Over orbital cycles, the bias globally cancels through phase cancellation, preserving overall statistical neutrality. The work is deliberately concise: one page of postulates, conjecture, and prediction. The author releases it under the MIT License to encourage open collaboration and experimental testing.