Higgs Decoupling vs Autonomous Redshift: The Dual Nature of the Photon under Near-Luminal Propulsion
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| Format: | Recurso digital |
| Sprache: | Englisch |
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2025
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| _version_ | 1866902282559291392 |
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| author | Bruno, Goncalves Preza |
| author_facet | Bruno, Goncalves Preza |
| contents | <p>This paper investigates two contrasting yet complementary interpretations of</p> <p>photon behavior emitted by a spacecraft traveling at velocities approaching the</p> <p>speed of light. We contrast the classical view of a conserved photon, decoupled from</p> <p>the Higgs field and maintaining polarization, against a novel interpretation wherein</p> <p>photons experience autonomous redshift due to effective scalar coupling. We argue</p> <p>that the observed energy behavior of such photons may be the result of dynamic</p> <p>interactions with the Higgs field, leading to a phase-dependent effective mass. This</p> <p>framework offers new insight into the duality of light in extreme relativistic regimes</p> <p>and opens potential paths for interpreting energy loss, signal degradation, and</p> <p>scalar field-mediated resonance in near-luminal propulsion systems.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_17171272 |
| institution | Zenodo |
| language | eng |
| publishDate | 2025 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Higgs Decoupling vs Autonomous Redshift: The Dual Nature of the Photon under Near-Luminal Propulsion Bruno, Goncalves Preza Photon Effective Mass Higgs Field Coupling Autonomous Redshift Near-Luminal Propulsion Scalar Field Compression Gauge Boson Duality Quantum Phase Transition Higgs Decoupling Mechanism Field-Dependent Redshift Relativistic Scalar Interactions <p>This paper investigates two contrasting yet complementary interpretations of</p> <p>photon behavior emitted by a spacecraft traveling at velocities approaching the</p> <p>speed of light. We contrast the classical view of a conserved photon, decoupled from</p> <p>the Higgs field and maintaining polarization, against a novel interpretation wherein</p> <p>photons experience autonomous redshift due to effective scalar coupling. We argue</p> <p>that the observed energy behavior of such photons may be the result of dynamic</p> <p>interactions with the Higgs field, leading to a phase-dependent effective mass. This</p> <p>framework offers new insight into the duality of light in extreme relativistic regimes</p> <p>and opens potential paths for interpreting energy loss, signal degradation, and</p> <p>scalar field-mediated resonance in near-luminal propulsion systems.</p> |
| title | Higgs Decoupling vs Autonomous Redshift: The Dual Nature of the Photon under Near-Luminal Propulsion |
| topic | Photon Effective Mass Higgs Field Coupling Autonomous Redshift Near-Luminal Propulsion Scalar Field Compression Gauge Boson Duality Quantum Phase Transition Higgs Decoupling Mechanism Field-Dependent Redshift Relativistic Scalar Interactions |
| url | https://doi.org/10.5281/zenodo.17171272 |