This paper develops the MID/QC framework’s reinterpretation of vacuum structure as a coherence field rather than an empty background. In this model, the vacuum is a decoherent region of the MID substrate characterized by shallow coherence wells, high‑frequency oscillation, and suppressed emergence. Latent coherence modes remain submerged until local conditions deepen a well sufficiently to cross the coherence threshold, producing transient or stable quanta. This substrate‑geometric interpretation reframes vacuum fluctuations, the Casimir effect, vacuum polarization, and zero‑point energy as expressions of tension gradients and coherence dynamics. The paper presents a unified view of vacuum behavior, substrate flow, and quanta emergence, supported by a suite of conceptual figures illustrating coherence wells, semi‑coherence, substrate migration, and polarization phenomena.
Chadwick D Rasque (Thu,) studied this question.
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