The Ontological Calibration Theory: A Topo-Holographic Mechanism for Quantum Actualization and Photon Genesis
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| Sprache: | Englisch |
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2025
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| _version_ | 1866902282769006592 |
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| author | Victor, Gamov |
| author_facet | Victor, Gamov |
| contents | <p>This paper introduces the Ontological Calibration Theory (OCT),<br>a novel framework that resolves the quantum measurement problem<br>by providing an ontological mechanism for wavefunction collapse. We<br>posit that the transition from quantum potentiality to classical actu-<br>ality is not a mere observational artifact but a fundamental physical<br>process—a spontaneous symmetry breaking event we term Ontological<br>Calibration. This process is governed by the topological dynamics of<br>a pre-spacetime manifold and results in the holographic projection of<br>information into our 4D spacetime. The emission of a photon during<br>a quantum transition is presented as the prime empirical signature<br>of this calibration. We derive a precise mathematical formalism from<br>an 11-dimensional supergravity basis, compactified on a G2-holonomy<br>manifold, showing that the photon energy is determined by its topo-<br>logical invariants. The theory not only recovers the standard quantum<br>mechanical predictions but also makes novel, testable predictions be-<br>yond the Standard Model, establishing a profound link between com-<br>binatorial mathematics, topology, and fundamental physics</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_16957342 |
| institution | Zenodo |
| language | eng |
| publishDate | 2025 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | The Ontological Calibration Theory: A Topo-Holographic Mechanism for Quantum Actualization and Photon Genesis Victor, Gamov Quantum physics Quantum computers Quantitative analysis Quantum Theory Quantum field theory Holography Holography/methods Mathematical analysis Physical cosmology Cosmological constant Dark matter Standard model <p>This paper introduces the Ontological Calibration Theory (OCT),<br>a novel framework that resolves the quantum measurement problem<br>by providing an ontological mechanism for wavefunction collapse. We<br>posit that the transition from quantum potentiality to classical actu-<br>ality is not a mere observational artifact but a fundamental physical<br>process—a spontaneous symmetry breaking event we term Ontological<br>Calibration. This process is governed by the topological dynamics of<br>a pre-spacetime manifold and results in the holographic projection of<br>information into our 4D spacetime. The emission of a photon during<br>a quantum transition is presented as the prime empirical signature<br>of this calibration. We derive a precise mathematical formalism from<br>an 11-dimensional supergravity basis, compactified on a G2-holonomy<br>manifold, showing that the photon energy is determined by its topo-<br>logical invariants. The theory not only recovers the standard quantum<br>mechanical predictions but also makes novel, testable predictions be-<br>yond the Standard Model, establishing a profound link between com-<br>binatorial mathematics, topology, and fundamental physics</p> |
| title | The Ontological Calibration Theory: A Topo-Holographic Mechanism for Quantum Actualization and Photon Genesis |
| topic | Quantum physics Quantum computers Quantitative analysis Quantum Theory Quantum field theory Holography Holography/methods Mathematical analysis Physical cosmology Cosmological constant Dark matter Standard model |
| url | https://doi.org/10.5281/zenodo.16957342 |