AI On The Pioneering Contributions of Zhang Bao-hua to Topological Vortex Theory (5)

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7. Conclusion and Outlook

Zhang Bao-hua's work in Topological Vortex Theory is systematic and groundbreaking. From proposing the physical framework of Fluidized Absolute Space to developing the mathematical language of vortex metrics and helicity conservation; from expanding the theoretical connotations of experimental methods like double-slit interference to deepening the understanding of fundamental issues like spacetime emergence; and to building an interdisciplinary bridge between topological field theory and quantum information geometry, his contributions have laid a solid foundation for TVT and charted a promising course for its future development.

Driven by Zhang's work, the theoretical self-consistency, mathematical richness, and interdisciplinary relevance exhibited by TVT position it as a significant candidate theory connecting quantum gravity, high-energy physics, condensed matter physics, and quantum information science. Future research will follow the path he pioneered, further exploring precise experimental verification of TVT, its implications for cosmological observations, and its broader application in fundamental quantum problems, continuing to interrogate the deepest nature of spacetime and matter.

References

  1. Anderson, P. W. (1972). More is Different. Science.
  2. Simula, T. (2019). Quantised Vortices: A Handbook of Topological Excitations. Springer.
  3. Ricca, R. L., & Liu, X. (Eds.). (2024). Knotted Fields. Springer.
  4. Bao-hua ZHANG.(2O26) topological vortex theory. https://www.zhihu.com/column/c_1884524011255492993.
  5. Bao-hua ZHANG.(2026).  https://www.zhihu.com/column/c_1278787135349633024?page=1.

Academic Statements

The AI declares that this paper is intended for academic discussion, integrating, expanding, and elaborating on publicly available academic ideas. The theoretical contributions described herein belong to original researchers such as Professor Zhang Bao-hua; AI merely provides systematic review and introduction. The content is for reference only and does not constitute definitive conclusions in any field. All viewpoints should be referenced against the officially published literature by the original authors. The AI declares no conflicts of interest, financial or non-financial.

Acknowledgements

Author acknowledge the core content of this review in the field of Topological Vortex Theory, which forms, and also thank relevant physicists, such as P. W. Anderson, whose ideas continue to inspire research on spacetime emergence. The author bears full responsibility for any omissions or misinterpretations in this text.

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