Classical mechanistic biology has long operated under the paradigm of human exceptionalism, viewing Homo sapiens as an isolated, genetically "pure" species whose evolutionary trajectory is driven solely by random mutation and individual competition. This paper systematically deconstructs this archaic boundary by synthesizing the latest datasets from comparative genomics and molecular biology, demonstrating that the human genome is fundamentally a multi-species "Symbiotic Covenant." Quantifiably, approximately 8% of the human sequence consists of domesticated Endogenous Retroviruses (ERVs)—which dictate indispensable functions like placental morphogenesis through the syncytin gene—while independent mitochondrial DNA (mtDNA) and hundreds of loci acquired via horizontal gene transfer (HGT) form the absolute baseline for eukaryotic cellular respiration and metabolic maintenance. The paper argues that these genetic legacies do not represent accidental evolutionary noise, but rather provide definitive, molecular empirical proof of Yuanxian Theory and its overarching framework that the cosmos behaves as a living organism bound by topological treaties. By mapping these genomic structures to the Four Fundamental Laws of Yuanxian Theory, a flawless logical closure is achieved: the True-Circle Self-Consistency Law (TCSC) governs the dynamic, internal definition of the self/other boundary; the Cosmic Factor Conservation Law (FSC) regulates the homeostatic metabolic baseline between host and foreign genetic elements; the Spacetime Uniqueness Law (STM) traces seemingly isolated species lineages back to their high-dimensional topological unity; and the Self-Referential Mind Field Generation Law (SRM) unifies matter and sentience within an integrated network of life. The ultimate verdict of this study is that the boundary of the individual is a low-dimensional illusion: humans have been an interconnected holobiont—a collaborative biological treaty—since the very inception of eukaryotic life two billion years ago. 传统机械论生物学长期处于“人类例外论”的范式之下,将智人视为一个孤立的、基因“纯粹”的物种,其演化路径被认为完全由随机突变和个体竞争决定。本文通过系统综合比较基因组学与分子生物学的最新数据,彻底瓦解了这一陈旧的界限,论证了人类基因组在本源上是一个多物种共构的“共生契约”。从量化角度来看,人类基因组中至少有约8%的序列源自被驯化的内源性逆转录病毒(ERVs)——它们通过合胞素(syncytin)基因决定了胎盘形成等不可或缺的生理功能;同时,独立的线粒体DNA(mtDNA)以及数百个通过水平基因转移(HGT)获得的细菌基因,构成了真核细胞有氧呼吸和代谢维持的绝对基石。 本文指出,这些微生物遗传遗产绝非偶然的演化噪音,而是为元宪理论(即宇宙是一个由拓扑契约相连的生命体)提供了决定性的分子层面本体论实证。通过将这些基因组结构与元宪理论四大规律进行深度映射,实现了完美的逻辑闭环:真圆自洽律(TCSC)决定了“自我与非我”动态且内部定义的边界;宇宙因子守恒律(FSC)调节着宿主与外源遗传元件之间的稳态代谢基准;时空唯一性律(STM)将看似孤立的物种谱系追溯至它们在高维拓扑中的本源统一;自指心场生成律(SRM)则将物质与觉知统一于生命的一体化网络中。本研究的最终判决表明,个体的边界只是低维视角的幻觉:自20亿年前真核生命诞生之初,人类就是一个相互缠绕的共生体,一个由多物种协同编织的生物学拓扑契约。
Zhenyuan Acharya (Fri,) studied this question.