Spacetime Reconstruction Based on Topological Vortex Spacetime Ontology (TVSTO)(2)
III. The Nature of Time: Emergence from Vortex Spin
Time is reconstructed as a macroscopic manifestation of topological entropy:
- Absoluteness: Each vortex acts as an independent quantum clock, its spin period (T = 2π/ω) possessing intrinsic invariance.
- Relativity: Variations in the winding number of the vortex network lead to differences in local time flow rates, realizing relativistic effects.
- Directionality: The process of topological defect creation/annihilation defines the arrow of time, isomorphic with the law of entropy increase.
IV. Spacetime Unification: Vortex Dynamics Ontology
Spacetime is unified through a topological quantum fluid:
- Helical Motion: The light-speed helical motion of spatial vortices (r⃗(t) = r cos ωt · i + r sin ωt · j + h t · k) directly generates the time dimension.
- Non-locality: Quantum entanglement originates from the topological invariance of the vortex network; non-locality is an intrinsic property of spacetime.
- Thermodynamic Connection: Phenomena like cosmic acceleration are directly related to vortex-line current phase transitions; spacetime temperature is determined by defect density.
English
Arabic
French
Spanish
Portuguese
Deutsch
Turkish
Dutch
Italiano
Russian
Romaian
Portuguese (Brazil)
简体中文
日本語
한국어
繁体中文