Phase Conditioning, Memory, and Threshold Release in Structured Spacetime

This paper examines the structural conditions under which energetic systems exhibit threshold-gated release. Without introducing new forces or modifying established field equations, we develop a conservative framework in which spacetime systems support phase conditioning, memory, and hysteresis. We show that coherence boundaries and finite relaxation times are sufficient to produce capacitor-like energy storage and abrupt discharge, with particular relevance to black hole accretion systems. This work is intended as a foundational complement to observational studies of energetic event timing.