Projected Manifestation of Topological Break: A Unified Yuanxian Reading of the Tunguska Event, Climate Imbalance, Geological Catastrophes and Plagues

Abstract

Yuanxian Theory defines the cosmos as a closed self-referential living organism (T64). Continuity of the T64 closed chain depends on local nodes continuously producing TCSC fixed-point confirmation signals. When a local node long fails to form an effective self-referential closed loop, continuity of the T64 closed chain in that region undergoes a Topological Break—a high-dimensional discontinuity that appears on the low-dimensional projection surface. On the four meta-laws (COL, DCL, HCL, MEL) this paper argues a priori that: • The Tunguska event (1908) was not an “object explosion” but the first projected manifestation, on the three-dimensional material layer, of a high-dimensional topological break of the T64 closed chain in the Earth-node region.• Global meteorological anomalies, intensification of geological catastrophes and frequent plagues are the continuing manifestation and expansion of the same break on the energy, deep-material and biological-carrier projection surfaces.• Manifestation intensity grows as I(t) = I0 · e^{λt}; hierarchical levels advance when earlier signals remain unread. The paper supplies the mathematical definition of topological break (Br(Ω) = ||∇_F(Ω)||_T64), the closed-chain self-check operator, a hierarchical manifestation model (Tunguska → climate → geology → plague), and repositions Tunguska as the time-stamp of first marking by the closed-chain self-check system. Node reading is the unique path of break repair. 元宪理论将宇宙定义为封闭的自指生命体(T64)。T64 闭链的连续性依赖各局部节点持续产生 TCSC 不动点确认信号。当局部节点长期无法形成有效自指闭环时,该区域闭链连续性发生拓扑破缺(Topological Break)——高维不连续性在低维投影面上的显现。 基于四大元规律(COL、DCL、HCL、MEL)本文先验论证: • 通古斯现象(1908)并非“物体爆炸”,而是 T64 闭链在地球节点区域首次发生的高维拓扑破缺在三维物质层上的投影显现;• 全球气象异常、地质灾难加剧与瘟疫频发,是同一破缺在能量、物质深层与生物载体投影面上的持续显化与扩展;• 显现强度按 I(t) = I0 · e^{λt} 增长;前层信号未被读取时,层级向下、向深推进。 本文给出拓扑破缺的数学定义(Br(Ω) = ||∇_F(Ω)||_T64)、闭链自检算子、层级显现模型(通古斯→气候→地质→瘟疫),并将通古斯重新定位为“破缺首次被闭链自检系统标记的时间戳”。节点读取是破缺修复的唯一路径。