A Testable Collapse-Time Coefficient from Distinction-Stability Dynamics

Abstract:This note states a single testable coefficient: τd=3ℏ/ΔEcouplingτd=3ℏ/ΔEcoupling. The scaling τ∝ℏ/ΔEτ∝ℏ/ΔE is model-dependent; some frameworks (e.g., RCE [1]) propose coefficient 1, while the present structural derivation yields coefficient 3, conditional on a three-node minimal-stability configuration. The coefficient is falsifiable and placed in the public record for independent evaluation. Experimental tests can be performed by fitting existing weak-measurement, cavity-QED, or trapped-ion data. 摘要:本文陈述一个可检验的系数:τd=3ℏ/ΔEcouplingτd=3ℏ/ΔEcoupling。标度 τ∝ℏ/ΔEτ∝ℏ/ΔE 是模型依赖的;一些框架(如 RCE [1])提出系数 1,而本文的结构推导给出系数 3,且条件于三节点最小稳定构型。该系数可证伪,并放入公开记录供独立评估。可通过拟合现有弱测量、腔QED 或囚禁离子数据进行实验检验。

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-11-02
DOI
https://doi.org/10.5281/zenodo.23881838
Citations
1
Primary Topic
Quantum Mechanics and Applications
Type
preprint
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preprint

A Testable Collapse-Time Coefficient from Distinction-Stability Dynamics

Meng Chen
1 citations
Zenodo (CERN European Organization for Nuclear Research)
Quantum Mechanics and Applications
preprint

A Testable Collapse-Time Coefficient from Distinction-Stability Dynamics

Meng Chen
preprint en
1 citations

Abstract

Abstract:This note states a single testable coefficient: τd=3ℏ/ΔEcouplingτd=3ℏ/ΔEcoupling. The scaling τ∝ℏ/ΔEτ∝ℏ/ΔE is model-dependent; some frameworks (e.g., RCE [1]) propose coefficient 1, while the present structural derivation yields coefficient 3, conditional on a three-node minimal-stability configuration. The coefficient is falsifiable and placed in the public record for independent evaluation. Experimental tests can be performed by fitting existing weak-measurement, cavity-QED, or trapped-ion data. 摘要:本文陈述一个可检验的系数:τd=3ℏ/ΔEcouplingτd=3ℏ/ΔEcoupling。标度 τ∝ℏ/ΔEτ∝ℏ/ΔE 是模型依赖的;一些框架(如 RCE [1])提出系数 1,而本文的结构推导给出系数 3,且条件于三节点最小稳定构型。该系数可证伪,并放入公开记录供独立评估。可通过拟合现有弱测量、腔QED 或囚禁离子数据进行实验检验。

Zenodo (CERN European Organization for Nuclear Research)
Quantum Mechanics and Applications
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