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2026
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| Online Access: | https://doi.org/10.5281/zenodo.19679064 |
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| _version_ | 1866901153923465216 |
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| author | Michel, Paul |
| author_facet | Michel, Paul |
| contents | <p>We extend the Theory of Operator Physics (TOP) to its most fundamental level by identifying the entanglement operator ρ as the underlying structure from which the spectral and operator formulations of Parts I–V emerge. In this framework, the Hamiltonian, spectral density, and operator dynamics arise as effective descriptions of entanglement evolution, with the diagonal sector reproducing the density-based formulation of Part I.</p> <p>All previously derived results—including the construction of quantum field theory, the emergence of the Standard Model, the derivation of gravity, and the nonperturbative structure of the strong interaction—are preserved exactly and recovered as limits of the entanglement dynamics. The present work does not introduce new sectors, but provides a unified foundation for those already established.</p> <p>Within this formulation, off-diagonal components of ρ generate fermionic structure, flavor mixing, and CP violation, while symmetry properties of ρ encode gauge interactions. The rigidity scale governing spectral locality is identified with the QCD scale, linking strong interaction dynamics to flavor hierarchy.</p> <p>The entanglement framework further yields testable consequences, including exponential mass hierarchies, structured CKM coefficients, a preference for normal neutrino mass ordering with an absolute scale in the range 0.03–0.1 eV, and a natural origin of baryogenesis from entanglement CP phases.</p> <p>These results establish TOP as a unified and predictive framework in which all known physical phenomena arise from a single entanglement-based dynamical principle.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_19679064 |
| institution | Zenodo |
| language | |
| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Theory of Operator Physics (TOP) VI: Entanglement Foundations of a Unified and Predictive Theory of Physics Michel, Paul <p>We extend the Theory of Operator Physics (TOP) to its most fundamental level by identifying the entanglement operator ρ as the underlying structure from which the spectral and operator formulations of Parts I–V emerge. In this framework, the Hamiltonian, spectral density, and operator dynamics arise as effective descriptions of entanglement evolution, with the diagonal sector reproducing the density-based formulation of Part I.</p> <p>All previously derived results—including the construction of quantum field theory, the emergence of the Standard Model, the derivation of gravity, and the nonperturbative structure of the strong interaction—are preserved exactly and recovered as limits of the entanglement dynamics. The present work does not introduce new sectors, but provides a unified foundation for those already established.</p> <p>Within this formulation, off-diagonal components of ρ generate fermionic structure, flavor mixing, and CP violation, while symmetry properties of ρ encode gauge interactions. The rigidity scale governing spectral locality is identified with the QCD scale, linking strong interaction dynamics to flavor hierarchy.</p> <p>The entanglement framework further yields testable consequences, including exponential mass hierarchies, structured CKM coefficients, a preference for normal neutrino mass ordering with an absolute scale in the range 0.03–0.1 eV, and a natural origin of baryogenesis from entanglement CP phases.</p> <p>These results establish TOP as a unified and predictive framework in which all known physical phenomena arise from a single entanglement-based dynamical principle.</p> |
| title | Theory of Operator Physics (TOP) VI: Entanglement Foundations of a Unified and Predictive Theory of Physics |
| url | https://doi.org/10.5281/zenodo.19679064 |