The Law of Conservation of Coherence: White Paper 2 — Coherence Currents and the Emergent Gravitational Field
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| Natura: | Recurso digital |
| Lingua: | inglese |
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Zenodo
2025
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| _version_ | 1866901251193569280 |
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| author | Wallace, Jason |
| author_facet | Wallace, Jason |
| contents | <p>This white paper is the second in the Law of Conservation of Coherence (LCC) research program. <br>White Paper 2 establishes the mathematical and physical basis for emergent gravity within the LCC framework by showing that gravitational curvature arises from coherence gradients and coherence flow, rather than from mass–energy. </p> <p>The paper introduces the coherence Lagrangian, derives the field equations associated with the coherence field and the coherence tensor, defines the coherence stress–energy tensor, and demonstrates how spacetime geometry emerges from informational structure via a projection operator. </p> <p>Key results include:<br>• The emergence of curvature from coherence gradients <br>• Geodesic motion as coherence-preserving trajectories <br>• Replacement of singularities with “zeroing” events <br>• Soft horizons instead of classical event horizons <br>• Recovery of general relativity in low-gradient regimes <br>• Clear, falsifiable predictions distinguishing LCC from GR, QFT, and entropic gravity </p> <p>White Paper 2 serves as the necessary bridge between the conceptual foundation introduced in White Paper 1 and upcoming papers addressing particle structure, cosmology, and computational simulation using the Coherence Tensor Array (CTA).</p> <p>This document represents ongoing independent theoretical physics research exploring coherence as the fundamental conserved quantity underlying physical law.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_17666955 |
| institution | Zenodo |
| language | eng |
| publishDate | 2025 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | The Law of Conservation of Coherence: White Paper 2 — Coherence Currents and the Emergent Gravitational Field Wallace, Jason coherence emergent gravity Theoretical physics theoretical physics informational physics quantum gravity coherence conservation coherence tensor coherence field tensor networks fundamental physics foundations of physics emergent spacetime nonlinear field theory gravitational curvature zeroing holographic principles assembly theory computational tensor array LCC framework Wallace Research Group <p>This white paper is the second in the Law of Conservation of Coherence (LCC) research program. <br>White Paper 2 establishes the mathematical and physical basis for emergent gravity within the LCC framework by showing that gravitational curvature arises from coherence gradients and coherence flow, rather than from mass–energy. </p> <p>The paper introduces the coherence Lagrangian, derives the field equations associated with the coherence field and the coherence tensor, defines the coherence stress–energy tensor, and demonstrates how spacetime geometry emerges from informational structure via a projection operator. </p> <p>Key results include:<br>• The emergence of curvature from coherence gradients <br>• Geodesic motion as coherence-preserving trajectories <br>• Replacement of singularities with “zeroing” events <br>• Soft horizons instead of classical event horizons <br>• Recovery of general relativity in low-gradient regimes <br>• Clear, falsifiable predictions distinguishing LCC from GR, QFT, and entropic gravity </p> <p>White Paper 2 serves as the necessary bridge between the conceptual foundation introduced in White Paper 1 and upcoming papers addressing particle structure, cosmology, and computational simulation using the Coherence Tensor Array (CTA).</p> <p>This document represents ongoing independent theoretical physics research exploring coherence as the fundamental conserved quantity underlying physical law.</p> |
| title | The Law of Conservation of Coherence: White Paper 2 — Coherence Currents and the Emergent Gravitational Field |
| topic | coherence emergent gravity Theoretical physics theoretical physics informational physics quantum gravity coherence conservation coherence tensor coherence field tensor networks fundamental physics foundations of physics emergent spacetime nonlinear field theory gravitational curvature zeroing holographic principles assembly theory computational tensor array LCC framework Wallace Research Group |
| url | https://doi.org/10.5281/zenodo.17666955 |