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May 9, 20260 citationsOpen Access

A Two-Channel Model of Quantum Decoherence with Passive Coherence Revival: Spectral-Gap Dynamics with Falsifiable Revival Threshold

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TBTravis Bergen

Key Points

  • The study aims to establish a two-channel model of quantum decoherence that incorporates revival dynamics and distinguishes itself from common models.
  • Developed two theorems regarding norm conservation and revival thresholds.
  • Determined predictions related to revival amplitude and delay as a function of coupling.
  • Analyzed the impact of bath spectral density on revival time.
  • Monotonic revival amplitude observed with increasing coupling strength.
  • Revival delay tau_r approximates 1/kappa regardless of environmental factors.
  • Provided a distinctive revival timescale relevant to future quantum decoherence studies.

Abstract

Two Theorems (Norm Conservation at zero coupling; Revival Threshold kappa*rhoₑnv > Gamma) plus two Predictions (P1: monotonic revival amplitude in coupling; P2 KILL SHOT: revival delay tauᵣ ~ 1/kappa independent of bath spectral density). The two-channel structure with spectral-gap field Delta (x) governs the competition between projection pressure and environmental coupling. The bath-independent revival timescale is the discriminating prediction distinguishing the framework from any standard decoherence model. Inherits from Paper 0 (axioms A3, A4, A6) ; reframed physics-first for Physical Review A submission after Entropy desk-reject.

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Cite This Study

Travis Bergen (2026) studied this question.

synapsesocial.com/papers/69fed19ab9154b0b82878f3fhttps://doi.org/10.5281/zenodo.20042364
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