Paper7_Wave-like Propagation, Decoherence, and Effective Localization from the Visible Action in the B Framework
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| Natura: | Recurso digital |
| Lingua: | inglese |
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Zenodo
2026
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| _version_ | 1866901746878513152 |
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| author | Douglas, Hernandez |
| author_facet | Douglas, Hernandez |
| contents | <p>We study whether wave-particle duality can be approached from the visible action of the α-β-<br>φ framework. We begin from the linearized visible sector, where φ acts as the visible propagating</p> <p>channel and β as the structural channel, with both sectors mixed by the action-derived Hessian<br>μφβ = ∂φ∂βV |0. We then couple the visible system to an external environment through an<br>observable combination O = δβ + η δφ. After integrating out the environment, we derive a<br>reduced master equation whose decoherence term suppresses off-diagonal coherences in the O<br>basis. Finally, for a two-packet Gaussian superposition, we obtain an explicit detection profile in<br>which the interference term is exponentially damped by the decoherence rate Γ = D0(OL−OR)<br>2<br>.<br>The result provides a controlled action-based route from coherent wave-like propagation to<br>effective particle-like localization in the linearized visible sector. The derivation is effective,<br>open-system, and branch-level; it does not yet amount to a complete nonperturbative theory of<br>measurement in the full interacting framework.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_19563080 |
| institution | Zenodo |
| language | eng |
| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Paper7_Wave-like Propagation, Decoherence, and Effective Localization from the Visible Action in the B Framework Douglas, Hernandez Wave-particle duality Decoherence Particle-like localization Interference suppression Gaussian superposition Alpha-beta-phi framework b framework Visible action Structural channel Propagating channel Visible Hessian Reduced master equation Environment integration Decoherence rate Open quantum systems Observable combination Linearized visible sector Detection profile Action-based derivation Branch-level analysis <p>We study whether wave-particle duality can be approached from the visible action of the α-β-<br>φ framework. We begin from the linearized visible sector, where φ acts as the visible propagating</p> <p>channel and β as the structural channel, with both sectors mixed by the action-derived Hessian<br>μφβ = ∂φ∂βV |0. We then couple the visible system to an external environment through an<br>observable combination O = δβ + η δφ. After integrating out the environment, we derive a<br>reduced master equation whose decoherence term suppresses off-diagonal coherences in the O<br>basis. Finally, for a two-packet Gaussian superposition, we obtain an explicit detection profile in<br>which the interference term is exponentially damped by the decoherence rate Γ = D0(OL−OR)<br>2<br>.<br>The result provides a controlled action-based route from coherent wave-like propagation to<br>effective particle-like localization in the linearized visible sector. The derivation is effective,<br>open-system, and branch-level; it does not yet amount to a complete nonperturbative theory of<br>measurement in the full interacting framework.</p> |
| title | Paper7_Wave-like Propagation, Decoherence, and Effective Localization from the Visible Action in the B Framework |
| topic | Wave-particle duality Decoherence Particle-like localization Interference suppression Gaussian superposition Alpha-beta-phi framework b framework Visible action Structural channel Propagating channel Visible Hessian Reduced master equation Environment integration Decoherence rate Open quantum systems Observable combination Linearized visible sector Detection profile Action-based derivation Branch-level analysis |
| url | https://doi.org/10.5281/zenodo.19563080 |