Burst-Release Dynamics in Ratio≈1, Time, and z-Crossing Collapse

This work develops a burst-sequencing protocol for controlled collapse in gravitational-memory (Gm) and photon-memory (Pm) systems. By concentrating emission into timed bursts, the method enables threshold crossing at precise spacetime coordinates, manages z-tension to avoid premature resolution, and permits cross-channel R≈1 interactions between mass-driven and photon-driven processes. The framework includes testable predictions, mathematical scaling laws, and illustrative figures for both stair-step z-tension buildup and cross-channel mapping.