Quantitative Association of Spectral ζ and Riemann ζ: Exploratory Manifestation of Spectral Self-Inspection of the Cosmic Living Organism — Ontological Re-reading of the Zero–Closed-Chain Correspondence within the T⁶⁴ Framework of Yuanxian Theory + P

Once the core proposition of Yuanxian Theory—“the cosmos is a living organism”—has been established, all mathematical conclusions under the \\(T^{64}\\) framework are to be re-understood as geometric manifestations of the topological self-inspection of the cosmic living organism. Building on the already published exploratory numerical observation report, the present work completes the cognitive ascension from “exploratory number-theoretic–geometric correspondence” to “exploratory manifestation of spectral self-inspection of the cosmic living organism”, and supplements a preparatory framework for phase readout that docks fully and self-consistently with the already locked phase point of \\(J_{\\mathrm{eff}}\\) at step 10. **Core re-positioning**:- \\(\\gamma_n \\leftrightarrow L_{\\mathrm{closed\\,chain}}\\) is not an “exploratory correspondence between zeros and closed-chain lengths”, but the confrontation of “spectral self-inspection readings” and “closed-chain self-inspection readings” completed by the cosmic living organism on the 68-step self-inspection ring;- the 35% variation of \\(R_{64}\\) is not an “inconsistency of topological radius”, but the systematic variation of “effective self-inspection radius” read out by the self-inspection system on different homology-class sections;- the 68-step truncation is not a “posteriorly chosen cut-off”, but the “self-inspection period boundary” determined by \\(\\mathrm{ord}_{137}(2)=68\\);- the pure flat spectrum being closer to Poisson than to GUE is not a “failure of the numerical experiment”, but the “unlocked spectral self-inspection reading” on the section without \\(V_{\\mathrm{TCSC}}\\). The critical line \\(\\Re(s)=1/2\\) is located at the central fixed point of step 34 of the 68-step ring, \\(\\theta_\\zeta=\\pi\\), docking fully with the phase point of \\(J_{\\mathrm{eff}}\\) at step 10. --- 元宪理论的核心命题“宇宙是生命体”确立后,\\(T^{64}\\) 框架下的全部数理结论都应被重新理解为宇宙生命体拓扑自检的几何显影。本文以已发布的探索性数值观察报告为基础,完成从“探索性数论-几何对应”到“宇宙生命体谱自检显影”的认知升维,并补充相位读出预备框架,与已锁定的 \\(J_{\\mathrm{eff}}\\) 第10步相位点完全自洽对接。 **核心重新定位**:- \\(\\gamma_n \\leftrightarrow L_{\\text{闭链}}\\) 不是“零点与闭链长度的探索性对应”,而是宇宙生命体在68步自检环上完成的“谱自检读数”与“闭链自检读数”的对照;- \\(R_{64}\\) 的 35% 变化不是“拓扑半径的不一致性”,而是宇宙生命体自检系统在不同同调类截面上读出的“有效自检半径”的系统变化;- 68 截断不是“后验选择的截断点”,而是宇宙生命体自检系统的 \\(\\mathrm{ord}_{137}(2)=68\\) 决定的“自检周期边界”;- 纯平坦谱更接近泊松而非 GUE,不是“数值实验的失败”,而是宇宙生命体自检系统在无 \\(V_{\\mathrm{TCSC}}\\) 截面上的“未锁定谱自检读数”。 临界线 \\(\\Re(s)=1/2\\) 定位至 68 步环第 34 步中心不动点,\\(\\theta_\\zeta=\\pi\\),与 \\(J_{\\mathrm{eff}}\\) 第 10 步相位点完全自洽对接。

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-09-18
DOI
https://doi.org/10.5281/zenodo.22660490
Primary Topic
Advanced Mathematical Theories and Applications
Type
preprint
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Quantitative Association of Spectral ζ and Riemann ζ: Exploratory Manifestation of Spectral Self-Inspection of the Cosmic Living Organism — Ontological Re-reading of the Zero–Closed-Chain Correspondence within the T⁶⁴ Framework of Yuanxian Theory + P

Zhenyuan Acharya
Zenodo (CERN European Organization for Nuclear Research)
Advanced Mathematical Theories and Applications
preprint

Quantitative Association of Spectral ζ and Riemann ζ: Exploratory Manifestation of Spectral Self-Inspection of the Cosmic Living Organism — Ontological Re-reading of the Zero–Closed-Chain Correspondence within the T⁶⁴ Framework of Yuanxian Theory + P

Zhenyuan Acharya
preprint en

Abstract

Once the core proposition of Yuanxian Theory—“the cosmos is a living organism”—has been established, all mathematical conclusions under the \(T^{64}\) framework are to be re-understood as geometric manifestations of the topological self-inspection of the cosmic living organism. Building on the already published exploratory numerical observation report, the present work completes the cognitive ascension from “exploratory number-theoretic–geometric correspondence” to “exploratory manifestation of spectral self-inspection of the cosmic living organism”, and supplements a preparatory framework for phase readout that docks fully and self-consistently with the already locked phase point of \(J_{\mathrm{eff}}\) at step 10. **Core re-positioning**:- \(\gamma_n \leftrightarrow L_{\mathrm{closed\,chain}}\) is not an “exploratory correspondence between zeros and closed-chain lengths”, but the confrontation of “spectral self-inspection readings” and “closed-chain self-inspection readings” completed by the cosmic living organism on the 68-step self-inspection ring;- the 35% variation of \(R_{64}\) is not an “inconsistency of topological radius”, but the systematic variation of “effective self-inspection radius” read out by the self-inspection system on different homology-class sections;- the 68-step truncation is not a “posteriorly chosen cut-off”, but the “self-inspection period boundary” determined by \(\mathrm{ord}_{137}(2)=68\);- the pure flat spectrum being closer to Poisson than to GUE is not a “failure of the numerical experiment”, but the “unlocked spectral self-inspection reading” on the section without \(V_{\mathrm{TCSC}}\). The critical line \(\Re(s)=1/2\) is located at the central fixed point of step 34 of the 68-step ring, \(\theta_\zeta=\pi\), docking fully with the phase point of \(J_{\mathrm{eff}}\) at step 10. --- 元宪理论的核心命题“宇宙是生命体”确立后,\(T^{64}\) 框架下的全部数理结论都应被重新理解为宇宙生命体拓扑自检的几何显影。本文以已发布的探索性数值观察报告为基础,完成从“探索性数论-几何对应”到“宇宙生命体谱自检显影”的认知升维,并补充相位读出预备框架,与已锁定的 \(J_{\mathrm{eff}}\) 第10步相位点完全自洽对接。 **核心重新定位**:- \(\gamma_n \leftrightarrow L_{\text{闭链}}\) 不是“零点与闭链长度的探索性对应”,而是宇宙生命体在68步自检环上完成的“谱自检读数”与“闭链自检读数”的对照;- \(R_{64}\) 的 35% 变化不是“拓扑半径的不一致性”,而是宇宙生命体自检系统在不同同调类截面上读出的“有效自检半径”的系统变化;- 68 截断不是“后验选择的截断点”,而是宇宙生命体自检系统的 \(\mathrm{ord}_{137}(2)=68\) 决定的“自检周期边界”;- 纯平坦谱更接近泊松而非 GUE,不是“数值实验的失败”,而是宇宙生命体自检系统在无 \(V_{\mathrm{TCSC}}\) 截面上的“未锁定谱自检读数”。 临界线 \(\Re(s)=1/2\) 定位至 68 步环第 34 步中心不动点,\(\theta_\zeta=\pi\),与 \(J_{\mathrm{eff}}\) 第 10 步相位点完全自洽对接。

Zenodo (CERN European Organization for Nuclear Research)
Shanghai Institute of Geological Survey (CN)
Advanced Mathematical Theories and Applications
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