Information Protection as a Fundamental Principle VII: Rigorous Emergence of Spacetime, Causality, Quantum Non-Commutativity, Decoherence, Spin-Statistics, and the Nature of Probability
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| Format: | Recurso digital |
| Language: | English |
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Zenodo
2026
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| _version_ | 1866901257701031936 |
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| author | cao, xin |
| author_facet | cao, xin |
| contents | <p>We derive the deepest foundations of quantum mechanics and spacetime from the information-protection framework. The Lorentzian signature and constant speed of light emerge from the directed graph structure. The canonical commutation relation follows from the consensus delay, while an independent information-bandwidth bound constrains phase-space resolution. The wavefunction is identified as an information description held by an observer subnetwork, the measurement problem is resolved via the modified Schrodinger equation with a non-unitary relaxation term, and macroscopic commutativity emerges in the large-N limit. Bell nonlocality is resolved through the active-edge mechanism: entangled qubits are connected by dedicated graph edges whose consensus completes within a Planck time, providing an explicit realization of ER = EPR. Spin-1/2 emerges as a topological defect, and the spin-statistics theorem follows from braid group representations. The underlying network is deterministic; quantum probability is emergent for finite observers.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_19972443 |
| institution | Zenodo |
| language | eng |
| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Information Protection as a Fundamental Principle VII: Rigorous Emergence of Spacetime, Causality, Quantum Non-Commutativity, Decoherence, Spin-Statistics, and the Nature of Probability cao, xin emergent spacetime, quantum foundations, Bell nonlocality, uncertainty principle, decoherence, spin-statistics, information protection, ER = EPR <p>We derive the deepest foundations of quantum mechanics and spacetime from the information-protection framework. The Lorentzian signature and constant speed of light emerge from the directed graph structure. The canonical commutation relation follows from the consensus delay, while an independent information-bandwidth bound constrains phase-space resolution. The wavefunction is identified as an information description held by an observer subnetwork, the measurement problem is resolved via the modified Schrodinger equation with a non-unitary relaxation term, and macroscopic commutativity emerges in the large-N limit. Bell nonlocality is resolved through the active-edge mechanism: entangled qubits are connected by dedicated graph edges whose consensus completes within a Planck time, providing an explicit realization of ER = EPR. Spin-1/2 emerges as a topological defect, and the spin-statistics theorem follows from braid group representations. The underlying network is deterministic; quantum probability is emergent for finite observers.</p> |
| title | Information Protection as a Fundamental Principle VII: Rigorous Emergence of Spacetime, Causality, Quantum Non-Commutativity, Decoherence, Spin-Statistics, and the Nature of Probability |
| topic | emergent spacetime, quantum foundations, Bell nonlocality, uncertainty principle, decoherence, spin-statistics, information protection, ER = EPR |
| url | https://doi.org/10.5281/zenodo.19972443 |