The Dao 道 of Yunqi 運氣: A Comparative Study of Chinese Energetic Force Qi 氣 with Penrose’s Twistor

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Abstract

This paper examines the _Dao_ (道) as a fundamental principle in Chinese philosophy, underscoring its role as the source and guiding force behind the harmonious interaction of _yin_ (陰) and _yang_ (陽) and the _wuxing_ (五行) or five elements. The _Dao_ shapes the natural world and informs moral, philosophical, and cosmological thought, providing a holistic framework for understanding life and the cosmos. This integration of _yin-yang_ theory offers a conceptual foundation for Chinese natural science while establishing a theoretical and practical basis for the broader Chinese worldview. The study further explores fields and forces, focusing on the relationship between potentiality and actuality within a scientific framework. By translating traditional concepts rooted in _yin-yang_ and _wuxing_ into modern scientific discourse, the research aims to bridge ancient wisdom with contemporary understandings of space, time, and force, demonstrating these ideas' ongoing relevance in explaining the universe's dynamics. Additionally, the paper discusses Roger Penrose’s twistor theory, which proposes that space and time emerge from a deeper, more fundamental level of reality. This concept resonates with _qi_ (氣), an underlying force orchestrating existence. The paper draws parallels between twistors and _qi_, suggesting that both frameworks propose a universe shaped by deeper, interconnected processes. The research also compares the concept of _yun_ (運) in Chinese philosophy, expressed in this paper as a vital carrier field akin to bosonic properties, with the Higgs field in physics, emphasizing the parallels between _yin_-_yang_ duality and the symmetry-breaking processes in particle physics. This interdisciplinary study seeks to reconcile Eastern philosophical traditions with Western scientific theories, offering a nuanced understanding of reality that enriches ancient and modern paradigms. Through this dialogue, the paper contributes to a deeper appreciation of how traditional insights can inform contemporary scientific thought.
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last seen: 2026-05-20T01:45:00.602351+00:00