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Topological Vortex Space-Time Ontology (TVSTO)
Bao-hua ZHANG
I. Introduction
Topological Vortex Space-Time Ontology (TVSTO) is a revolutionary theoretical framework for spacetime. Its core tenets can be summarized across the following three levels:
1.1 Reconstruction of Spacetime Essence:
TVSTO regards spacetime not as traditional Euclidean space, but as a dynamic vortex network formed...
1.3 Explanation of Modern Physical Problems: TVSTO not only successfully describes classical physical phenomena but also provides a self-consistent theoretical framework for frontier issues like dark energy and macroscopic quantum phenomena. Its perspective of symmetry-dominated natural laws further challenges the paradigm of traditional particle physics.
II. Theoretical Innovativeness of...
2.2 Breakthroughs in Physical Interpretation:
2.2.1 Dark Energy: The theory proposes that the universe's accelerated expansion stems from the dynamic evolution of the topological structure of vortices in the background space, with its repulsive effect generated by a geometric repulsion mechanism between vortices.
2.2.2 Unification of Quantum Gravity: TVSTO naturally introduces a geometric...
III. Mathematical Framework of TVSTO
The mathematical framework of TVSTO is based on topological fluid dynamics, and its core equations and models can be summarized into the following key parts:
3.1 Vortex Dynamics Equation:
Uses a modified form of the generalized Navier-Stokes equation to describe the generation and evolution of topological vortices in an ideal fluid:
∂v/∂t +...
3.3 Symmetry Transition Theory:
Proposes higher-order symmetry groups G_n to describe the vortex self-organization process. System complexity is achieved through transitions in the order n of the symmetry group, rather than through traditional symmetry breaking. For example, the emergence of a superfluid vortex corresponds to a symmetry transition from G₂ to G₄.
These mathematical tools,...
4.2 Experimental Verification:
4.2.1 Observation of Optical Skyrmions: The topological structures of optical vortices observed experimentally (e.g., vortex phase singularities) highly coincide with the geometric characteristics of the vortex network predicted by TVSTO. Measurements of their winding numbers support the theory's non-local correlation model.
4.2.2 Superfluid Vortex Experiments:...
V. Conclusion
By redefining the nature of spacetime, TVSTO provides a theoretical framework for modern physics that combines innovativeness with explanatory power. Its core contributions lie in:
5.1 Paradigm Innovation: Replacing traditional particle or field-based models with topological fluid dynamics, it treats spacetime as a dynamic vortex network, unifying the geometric descriptions of...
Bao-hua ZHANG
I. Absolute Space: Quantized Vortex Ground State
Absolute space is redefined as a highly ordered topological vacuum state, manifesting as a zero-entropy vortex fluid network. Its essential characteristics include:
Isotropy: The vortex ground state possesses identical topological symmetry in any direction.
Absolute Rest: The quantized circulation (Γ = nκ) of...
Bao-hua ZHANG
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,...
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