Bao-hua ZHANG Profile – A Innovator in Theoretical Physics (2)

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II. Academic Value and Significance

1. Interdisciplinary Breakthrough

By integrating topology, fluid dynamics, and quantum theory, it opens new directions for quantum gravity research and offers a potential path to unify relativity and quantum mechanics.

2. Philosophical Innovation

It elevates the Eastern philosophical idea of "following the natural way" into a verifiable scientific model, critiques the mechanistic view of nature, and establishes a tripartite cognitive framework of topology-fluid-spacetime.

3. Potential Applications

It may advance topological quantum computing, novel materials, and cosmological observation technologies, while providing new perspectives for high-energy physics and condensed matter physics.

III. Challenges and Contributions of an Unconventional Scholar

Although Zhang Bao-hua’s theories have not been widely accepted by the mainstream academic system, his work holds significant scientific value:

  1. Theoretical Originality: It reconstructs the nature of spacetime through vortex dynamics, challenging traditional physics paradigms.
  2. Methodological Innovation: It introduces topological phase transitions and fluid dynamics models, offering alternative solutions to quantum gravity problems.
  3. Academic Influence: His theories have sparked discussions on platforms like Zhihu, Comments of SciTechDaily, Facebook, with some content being cited by independent scholars, demonstrating cross-disciplinary impact.

ZHANG Bao-hua’s research reflects the unique perspective of non-mainstream theoretical physics. While his system requires further validation, it provides inspiring new insights into fundamental problems in physics.