Geometric Band Model of the Photon (V6) : Decoherence Structure,Measurement Selection and Experimental Testability
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2026
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| _version_ | 1866901869918420992 |
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| author | Halbich, Dirk |
| author_facet | Halbich, Dirk |
| contents | <div dir="auto">This work presents Version 6 of the geometric band model of the photon.</div> <div dir="auto">The model introduces a structured and testable extension of standard quantum mechanics, focusing on the relationship between system structure, decoherence, and measurement processes.</div> <div dir="auto">Key elements of this version include:</div> <div dir="auto">The decoherence rate Λ is introduced as an effective quantity arising from system–environment interactions, heuristically expressed as a sum of transition rates depending on coupling strengths and the density of accessible internal states.</div> <div dir="auto">A structural contribution to decoherence is proposed, leading to the relation Λ = Λ_env + Λ_struct.</div> <div dir="auto">A candidate mechanism for the realization of individual measurement outcomes is introduced via a local realization rate, providing an effective selection rule for how a single outcome may emerge from a distributed quantum state.</div> <div dir="auto">The model yields a testable prediction: under otherwise comparable conditions, systems with different internal structures should exhibit systematically different decoherence behavior.</div> <div dir="auto">A concrete experimental proposal is outlined, including comparison between systems of varying internal complexity and controlled modification of internal degrees of freedom.</div> <div dir="auto">Order-of-magnitude estimates are provided to illustrate the potential observability of the predicted effects.</div> <div dir="auto">The present model is explicitly formulated as an effective, physically motivated framework rather than a complete fundamental theory. Its purpose is to introduce structured and testable hypotheses that can be evaluated experimentally.</div> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_19427792 |
| institution | Zenodo |
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| publishDate | 2026 |
| publisher | Zenodo |
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| spellingShingle | Geometric Band Model of the Photon (V6) : Decoherence Structure,Measurement Selection and Experimental Testability Halbich, Dirk Quantum mechanics Decoherence Measurement Problem Quantum Foundations Open Quantum Systems Photon Interference Density Operator Theoretical Physiks Physics Quantum Physics <div dir="auto">This work presents Version 6 of the geometric band model of the photon.</div> <div dir="auto">The model introduces a structured and testable extension of standard quantum mechanics, focusing on the relationship between system structure, decoherence, and measurement processes.</div> <div dir="auto">Key elements of this version include:</div> <div dir="auto">The decoherence rate Λ is introduced as an effective quantity arising from system–environment interactions, heuristically expressed as a sum of transition rates depending on coupling strengths and the density of accessible internal states.</div> <div dir="auto">A structural contribution to decoherence is proposed, leading to the relation Λ = Λ_env + Λ_struct.</div> <div dir="auto">A candidate mechanism for the realization of individual measurement outcomes is introduced via a local realization rate, providing an effective selection rule for how a single outcome may emerge from a distributed quantum state.</div> <div dir="auto">The model yields a testable prediction: under otherwise comparable conditions, systems with different internal structures should exhibit systematically different decoherence behavior.</div> <div dir="auto">A concrete experimental proposal is outlined, including comparison between systems of varying internal complexity and controlled modification of internal degrees of freedom.</div> <div dir="auto">Order-of-magnitude estimates are provided to illustrate the potential observability of the predicted effects.</div> <div dir="auto">The present model is explicitly formulated as an effective, physically motivated framework rather than a complete fundamental theory. Its purpose is to introduce structured and testable hypotheses that can be evaluated experimentally.</div> |
| title | Geometric Band Model of the Photon (V6) : Decoherence Structure,Measurement Selection and Experimental Testability |
| topic | Quantum mechanics Decoherence Measurement Problem Quantum Foundations Open Quantum Systems Photon Interference Density Operator Theoretical Physiks Physics Quantum Physics |
| url | https://doi.org/10.5281/zenodo.19427792 |