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Bao-hua ZHANG ein Foto hinzugefügt Literature
2025-12-16 05:14:24 -

Topological Vortex Theory and Its Application Paradigm in Climate Systems (1)
Abstract Topological Vortex Theory (TVT) is an interdisciplinary theoretical framework systematically proposed and developed by scholar Bao-hua ZHANG. The theory is based on a redefinition of the nature of spacetime, taking microscopic topological vortices and their degrees of freedom (e.g., winding numbers) as fundamental units to construct a dynamic vortex network model, aiming to unify...

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Bao-hua ZHANG ein Foto hinzugefügt Literature
2025-12-16 05:22:02 -

Topological Vortex Theory and Its Application Paradigm in Climate Systems (2)
2. The Theoretical Core of TVT: The Nature of Spacetime and Unification of Quantum Gravity 2.1 Vortex Network Model of Spacetime TVT abandons the traditional concept of continuous spacetime, proposing that the essence of spacetime is a dynamic, discrete topological vortex network. Each vortex unit possesses intrinsic topological degrees of freedom (e.g., winding numbers, linking numbers), and...

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Bao-hua ZHANG ein Foto hinzugefügt Literature
2025-12-16 05:27:59 -

Topological Vortex Theory and Its Application Paradigm in Climate Systems (3)
3.3 Paleoclimate and Simulation Evidence for Energy Redistribution Numerical simulations based on coupled fluid dynamics and topological networks show that vortex axial tilt deviations can significantly alter planetary-scale circulation structures. High-frequency climate fluctuations detected in paleoclimate proxy records (e.g., ice cores, sediment sequences) show statistical correlations with...

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Bao-hua ZHANG ein Foto hinzugefügt Literature
2025-12-16 05:37:50 -

Topological Vortex Theory and Its Application Paradigm in Climate Systems (4)
6. Conclusion By reconstructing the nature of spacetime, Topological Vortex Theory proposes a new paradigm for the unification of quantum gravity based on a dynamic vortex network. Its extension to climate systems suggests that topological interactions on a cosmic scale may profoundly influence the evolutionary path of planetary climate. The development of TVT reflects the contemporary...

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