T₃跨尺度拓扑场论: 真空阻尼、微观引力与相对论等效的统一框架 T₃ Trans‑scale Topological Field Theory: A Unified Framework of Vacuum Damping, Microscopic Gravity and Relativistic Equivalence

摘要 本文提出一种独立于四维时空弯曲范式的全新物理框架——T₃跨尺度拓扑场论。该理论不再预先设立背景时空公理,仅引入拓扑客体的内禀尺度自由度;拓扑客体内部存在局部涡旋环流运动,客体整体对外相位演化节奏受真空拓扑阻尼调制,阻尼由拓扑特征尺度决定。通过真空拓扑阻尼的标度规律与旋流源汇耦合机制,构建覆盖光子传播效应、微观引力本源与经典相对论观测现象的统一理论地基。 研究表明:钟慢尺缩、引力红移、光线偏折等效应不是来自背景空间的几何形变,而是拓扑客体受阻尼调制后,内部运动与耦合作用的宏观投影;静质量并非引力的第一性本源,来源于闭合拓扑涡旋闭环对涡旋能量的禁锢效应;引力本质为双涡旋本征频率的耦合作用。该框架在低能稳态下严格还原牛顿万有引力与狭义相对论核心结论,同时为宇宙学红移、哈勃张力与星系旋转曲线等疑难问题提供了全新的研究方向与备选理论路径,具备无需引入暗能量、暗物质等附加假设的理论潜力,在公理层面更符合奥卡姆剃刀原则。 关键词:跨尺度拓扑;真空阻尼;微观引力;拓扑涡旋;相对论等效 Abstract This paper proposes a novel physical framework independent of the four‑dimensional curved spacetime paradigm — the T₃ trans‑scale topological field theory. Without pre‑setting background spacetime axioms, the theory only introduces the intrinsic‑scale degree of freedom of topological objects. Topological objects contain internal local vortex circulation motion, and their overall external phase‑evolution rhythm is modulated by vacuum topological damping determined by topological characteristic scale. Through the scaling law of vacuum topological damping and vortex source‑sink coupling mechanism, a unified theoretical foundation covering photon‑propagation effects, the origin of microscopic gravity and classical relativistic observations is established. Studies show that effects such as time dilation, length contraction, gravitational redshift and light deflection do not stem from geometric deformation of background space, but are macroscopic projections of internal motion and coupling modulated by vacuum damping. Rest mass is not the primary source of gravity; it originates from the confinement of vortex energy within closed topological vortex loops. Gravity is essentially the coupling interaction between eigen‑frequencies of double vortices. In low‑energy steady states this framework strictly recovers Newton’s law of universal gravitation and core results of special relativity. It also provides brand‑new research directions and alternative theoretical paths for puzzles including cosmological redshift, Hubble tension and galaxy‑rotation curves, with theoretical potential to avoid ad‑hoc hypotheses such as dark energy and dark matter, which is more consistent with Occam’s razor at the axiomatic level.