RCMA Boundary-Condition Resonance (BCR) Test Plan: Experimental Pathways Toward a Structured Vacuum

This document extends the RCMA research series by translating the theoretical framework of Resonant Boundary Collapse and Quantum Tunneling as a Localized Resonant Phenomenon into practical, testable experiments. It presents a set of structured pathways for investigating Boundary-Condition Resonance (BCR) — the hypothesis that boundary geometry, surface quality, and impedance directly shape quantum interference and tunneling outcomes. The paper introduces accessible “one-slit, one-knob” experiments in optics and microwaves that allow direct testing of boundary-driven coherence, phase control, and resonance effects. If validated, the results would indicate that the vacuum behaves as a resonant medium, bridging classical boundary phenomena with quantum behavior and supporting the RCMA view of a structured field underlying all matter and energy interactions. This draft was collaboratively developed by David Patterson and ChatGPT, continuing the open, exploratory spirit of the RCMA project.