Leynstrinsic Field Theory - Dynamics: Connectivity Field and Emergent Gravity
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| Format: | Recurso digital |
| Sprache: | Englisch |
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2026
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| _version_ | 1866902074538590208 |
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| author | Pillay, Joquin Leyn |
| author_facet | Pillay, Joquin Leyn |
| contents | <p>This work is part of the core Leynstrinsic Field Theory (LFT) paper series.</p> <p>This paper develops the dynamical structure of the connectivity field and shows how gravitational interaction arises from its large-scale behavior. It derives the effective field equations governing the connectivity configuration and demonstrates that gravity is not a fundamental force, but an emergent phenomenon associated with structured connectivity.</p> <p>The analysis establishes how matter couples to the connectivity field through the emergent metric and how curvature arises from variations in connectivity structure. This provides a dynamical completion of the geometric emergence developed in previous work.</p> <p>This paper formalizes the origin of gravitational interaction within the LFT framework.</p> <p>Reading order of the full framework:</p> <p>1. Leyn Manifold</p> <p>2. Manifold Spanner</p> <p>3. Breakdown of Unitarity</p> <p>4. Global Information Structure</p> <p>5. Global Quantum Structure</p> <p>6. Lay-trinsic Field Theory</p> <p>7. LFT Paper 0 - Predictions</p> <p>8. LFT Paper 1</p> <p>9. LFT Paper 2</p> <p>10. LFT Paper 3</p> <p>11. LFT Paper 4 (this work) </p> <p>12. LFT Paper 5</p> <p>13. LFT Paper 6</p> <p>14. LFT Paper 7</p> <p>15. LFT Paper 8</p> <p>16. Catch 22 Volume 1</p> <p>17. Catch 22 Volume 2</p> <p>18. Catch 22 Volume 3</p> <p>19. Catch 22 Volume 4</p> <p>20. Catch 22 Volume 5</p> <p>21. Ongoing Work - Continued resolution of remaining open problems in physics (public, ongoing) </p> <p> </p> <p>Position in framework: 11 (Implications Layer)</p> <p> </p> <p>Note: . This work is already public and continues to expand in full view. Formal academic routes were approached, but access was restricted before full evaluation could occur. The material was then released openly, where it gained traction before unexplained multi-platform lockouts. This situation is now being documented in real time. I have built a public network over 25 years in the entertainment industry, and I am now using it. If you search my name, that trail is visible. The objective is simple: open evaluation. If the framework fails, it will fail in the open. If it holds, that will be equally visible.</p> <p>“Some enter history. Others observe it.” © Joquin Leyn Pillay </p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_19106870 |
| institution | Zenodo |
| language | eng |
| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Leynstrinsic Field Theory - Dynamics: Connectivity Field and Emergent Gravity Pillay, Joquin Leyn Leynstrinsic Field Theory emergent gravity connectivity field field dynamics quantum gravity spacetime emergence gravitational dynamics effective field theory theoretical physics relational physics <p>This work is part of the core Leynstrinsic Field Theory (LFT) paper series.</p> <p>This paper develops the dynamical structure of the connectivity field and shows how gravitational interaction arises from its large-scale behavior. It derives the effective field equations governing the connectivity configuration and demonstrates that gravity is not a fundamental force, but an emergent phenomenon associated with structured connectivity.</p> <p>The analysis establishes how matter couples to the connectivity field through the emergent metric and how curvature arises from variations in connectivity structure. This provides a dynamical completion of the geometric emergence developed in previous work.</p> <p>This paper formalizes the origin of gravitational interaction within the LFT framework.</p> <p>Reading order of the full framework:</p> <p>1. Leyn Manifold</p> <p>2. Manifold Spanner</p> <p>3. Breakdown of Unitarity</p> <p>4. Global Information Structure</p> <p>5. Global Quantum Structure</p> <p>6. Lay-trinsic Field Theory</p> <p>7. LFT Paper 0 - Predictions</p> <p>8. LFT Paper 1</p> <p>9. LFT Paper 2</p> <p>10. LFT Paper 3</p> <p>11. LFT Paper 4 (this work) </p> <p>12. LFT Paper 5</p> <p>13. LFT Paper 6</p> <p>14. LFT Paper 7</p> <p>15. LFT Paper 8</p> <p>16. Catch 22 Volume 1</p> <p>17. Catch 22 Volume 2</p> <p>18. Catch 22 Volume 3</p> <p>19. Catch 22 Volume 4</p> <p>20. Catch 22 Volume 5</p> <p>21. Ongoing Work - Continued resolution of remaining open problems in physics (public, ongoing) </p> <p> </p> <p>Position in framework: 11 (Implications Layer)</p> <p> </p> <p>Note: . This work is already public and continues to expand in full view. Formal academic routes were approached, but access was restricted before full evaluation could occur. The material was then released openly, where it gained traction before unexplained multi-platform lockouts. This situation is now being documented in real time. I have built a public network over 25 years in the entertainment industry, and I am now using it. If you search my name, that trail is visible. The objective is simple: open evaluation. If the framework fails, it will fail in the open. If it holds, that will be equally visible.</p> <p>“Some enter history. Others observe it.” © Joquin Leyn Pillay </p> |
| title | Leynstrinsic Field Theory - Dynamics: Connectivity Field and Emergent Gravity |
| topic | Leynstrinsic Field Theory emergent gravity connectivity field field dynamics quantum gravity spacetime emergence gravitational dynamics effective field theory theoretical physics relational physics |
| url | https://doi.org/10.5281/zenodo.19106870 |