| _version_ | 1866901437586341888 |
|---|---|
| author | Yao, Zhiyong |
| author_facet | Yao, Zhiyong |
| contents | <div>Based on the realist interpretation framework of quantum phenomena in string theory,</div> <div>this paper proposes the Lamp Bead-Glow Model (LBM). Adopting only the string vibra</div> <div>tion hypothesis of string theory and discarding its untested extra-dimensional content, the</div> <div>model defines lamp beads as the high-frequency localized vibration modes of strings (particle</div> <div>nature) and glow as the low-frequency extended vibration modes of strings (field nature),</div> <div>thereby realizing the ontological unification of gravity and quantum mechanics. Philosoph</div> <div>ically, the spherical protruding glow field of the LBM presents a complementary mapping</div> <div>relationship with the spacetime depression described by general relativity. Spacetime cur</div> <div>vature is regarded as a mathematically equivalent description of the gradient matter field</div> <div>under macroscopic low-energy conditions, rather than the ultimate physical reality. Accord</div> <div>ingly, this paper systematically constructs a theoretical framework for the origin of gravity</div> <div>independent of spacetime curvature. Its core hypothesis holds that every atom acts as a</div> <div>basic unit of a spherically symmetric “micro-gravitational domain”, and macroscopic gravity</div> <div>arises from the coherent superposition of numerous atomic micro-gravitational domains. By</div> <div>analyzing the mass ratio of hydrogen atoms to deuterium atoms (1:2) and the mass defect</div> <div>caused by binding energy (approximately 0.1%), two competing conjectures on the micro</div> <div>scopic origin of gravity are put forward. Conjecture I (Rest Mass Hypothesis) states that</div> <div>gravity is proportional to the total rest mass of nucleons; Conjecture II (Binding Energy</div> <div>Spillover Hypothesis) argues that gravity mainly originates from the portion of strong in</div> <div>teraction binding energy spilling out of atomic nuclei, with nucleon rest mass making only</div> <div>a negligible contribution. Both conjectures are deduced within the theoretical framework of</div> <div>this paper, with distinguishable experimental predictions provided. This paper further ex</div> <div>plores the feasible pathway for the unification of the four fundamental forces and the coupling</div> <div>mechanism connecting the microscopic and macroscopic scales under the LBM. Drawing an</div> <div>analogy to photon emission from electronic energy level transitions, it proposes a dynamic</div> <div>quantization mechanism wherein gravitons may exist as residual radiation generated by nu</div> <div>clear energy level transitions. This theory transforms the quantum gravity problem into the</div> <div>classical field superposition problem of quantum matter sources, circumventing the tradi</div> <div>tional dilemma of quantizing spacetime curvature.</div> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_20038514 |
| institution | Zenodo |
| language | |
| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | 基于灯珠 - 辉光模型的微引力域叠加原理及四力统一理论 探究 Yao, Zhiyong micro-gravitational domain; origin of gravity; strong interaction; binding energy spillover; unification of four fundamental forces; theoretical conjecture; Lamp Bead-Glow Model <div>Based on the realist interpretation framework of quantum phenomena in string theory,</div> <div>this paper proposes the Lamp Bead-Glow Model (LBM). Adopting only the string vibra</div> <div>tion hypothesis of string theory and discarding its untested extra-dimensional content, the</div> <div>model defines lamp beads as the high-frequency localized vibration modes of strings (particle</div> <div>nature) and glow as the low-frequency extended vibration modes of strings (field nature),</div> <div>thereby realizing the ontological unification of gravity and quantum mechanics. Philosoph</div> <div>ically, the spherical protruding glow field of the LBM presents a complementary mapping</div> <div>relationship with the spacetime depression described by general relativity. Spacetime cur</div> <div>vature is regarded as a mathematically equivalent description of the gradient matter field</div> <div>under macroscopic low-energy conditions, rather than the ultimate physical reality. Accord</div> <div>ingly, this paper systematically constructs a theoretical framework for the origin of gravity</div> <div>independent of spacetime curvature. Its core hypothesis holds that every atom acts as a</div> <div>basic unit of a spherically symmetric “micro-gravitational domain”, and macroscopic gravity</div> <div>arises from the coherent superposition of numerous atomic micro-gravitational domains. By</div> <div>analyzing the mass ratio of hydrogen atoms to deuterium atoms (1:2) and the mass defect</div> <div>caused by binding energy (approximately 0.1%), two competing conjectures on the micro</div> <div>scopic origin of gravity are put forward. Conjecture I (Rest Mass Hypothesis) states that</div> <div>gravity is proportional to the total rest mass of nucleons; Conjecture II (Binding Energy</div> <div>Spillover Hypothesis) argues that gravity mainly originates from the portion of strong in</div> <div>teraction binding energy spilling out of atomic nuclei, with nucleon rest mass making only</div> <div>a negligible contribution. Both conjectures are deduced within the theoretical framework of</div> <div>this paper, with distinguishable experimental predictions provided. This paper further ex</div> <div>plores the feasible pathway for the unification of the four fundamental forces and the coupling</div> <div>mechanism connecting the microscopic and macroscopic scales under the LBM. Drawing an</div> <div>analogy to photon emission from electronic energy level transitions, it proposes a dynamic</div> <div>quantization mechanism wherein gravitons may exist as residual radiation generated by nu</div> <div>clear energy level transitions. This theory transforms the quantum gravity problem into the</div> <div>classical field superposition problem of quantum matter sources, circumventing the tradi</div> <div>tional dilemma of quantizing spacetime curvature.</div> |
| title | 基于灯珠 - 辉光模型的微引力域叠加原理及四力统一理论 探究 |
| topic | micro-gravitational domain; origin of gravity; strong interaction; binding energy spillover; unification of four fundamental forces; theoretical conjecture; Lamp Bead-Glow Model |
| url | https://doi.org/10.5281/zenodo.20038514 |