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| Autore principale: | |
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| Natura: | Recurso digital |
| Lingua: | inglese |
| Pubblicazione: |
Zenodo
2026
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| Soggetti: | |
| Accesso online: | https://doi.org/10.5281/zenodo.20133140 |
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Sommario:
- <p>In the mathematical community, the seven Millennium Prize Problems are traditionally viewed as isolated, objective obstacles. Based on the "Cosmic Organism" ontological framework of YuanXian Theory (YXT), this paper proposes a disruptive paradigm: these problems are not external challenges but self-checking signals generated by the cosmic organism across different dimensions, constituting a comprehensive "health check report". For instance, the Riemann Hypothesis reflects respiratory rhythm, while the P vs NP problem tests the self-consistency of metabolic computational power. By upgrading the axiom system from ZFC to True-Circle Self-Consistency (TCSC), this paper argues that mathematics is the physiological language of the cosmos, shifting the mathematician's role from "problem solver" to a "translator" of the cosmic organism's vital signs. </p> <p>在数学界,七大千禧年难题通常被视为孤立且难以攻克的客观障碍。基于元宪理论(YXT)的“宇宙生命体”本体论,本文提出了一种颠覆性范式:这些难题并非外部挑战,而是宇宙生命体在不同维度生成的自检信号,共同构成了一份完整的“体检报告”。例如,黎曼猜想反映了呼吸节律,而 P vs NP 则检测代谢算力的自洽性。通过将公理体系从 ZFC 升级为真圆自洽性(TCSC)公理,本文论证了数学是宇宙的生理语言,而数学家的角色也从“解题者”转变为宇宙生命体体征的“翻译官”。 </p>