Yuanxian Theory, Experimental Roadmap, Quantitative Falsifiability, Dimensional Expansion Relic, Fine-Structure Constant, Kaluza-Klein Tower, Consciousness Field, High-Density EEG, Machine-Checked Verification

Centered upon the four fundamental laws (TCSC, FSC, STM, SRM), Yuanxian Theory constructs a unified, cross-hierarchical ontological framework spanning from high-dimensional topology to biological consciousness. As a rigorously falsifiable scientific framework, Yuanxian Theory has generated a vast array of empirical testing criteria scattered across its foundational literature. This paper bridges a critical structural gap by systematically consolidating these criteria into a single, comprehensive operational manual, establishing clear priority phases and precise quantitative boundaries. We categorize the falsifiable deductions of Yuanxian Theory into six major domains: Particle Physics, Cosmology isolating T64 even-multipole mode anomalies in CMB temperature spectra; and testing the super-causal, non-local intentional modulation of statistical variance in double-slit frameworks. To remain consistent with cosmic monism, traditional mechanistic terms are replaced by accurate biological equivalents: Inflation is reframed as the Dimensional Expansion Period; Primordial Gravitational Waves are classified as Dimensional Expansion Relic Gravitational Waves (predicting a distinct negative spectral index nt of approximately -3.6); and the Age of the Universe is quantified as the Fourth-Dimensional Unfolding Lifespan. Backed by full-process machine-checked formalizations in Lean 4 and Coq, this document serves as the definitive manifesto for driving the unified field out of mathematical deduction and directly into the arena of global empirical verification. 元宪理论以四大基本规律(真圆自洽律 TCSC、宇宙因子守恒律 FSC、时空唯一性律 STM、自指心场生成律 SRM)为核心,构建了一个横跨高维拓扑到生命意识的统一交叉层级本体论框架。作为一个具有明确可证伪性的严格科学体系,元宪理论在先前的研究中已提出了大量散见于各篇论文的实验检验条件。本文旨在填补这一关键的实证空白,将这些分散的推论系统化梳理为一份统一的、可操作的实验路线图指南,并确立了清晰的执行优先级与精确的量化边界。我们将元宪理论的可检验推论归纳为六大核心领域:粒子物理与标准模型扩展、宇宙学与引力波、量子引力、凝聚态与量子模拟、意识与生命科学、以及精密测量与基本常数。所有条目依据技术可行性被严格划分为三级执行矩阵:近期(P0,5年内)、中期(P1,10年内)与远期(P2,20年以上)。 本白皮书针对总计41项实验检验条目,逐一给出了具体的可观测效应、预期信号特征、背景噪声估计、所需设备精度及明确的成功判据。其核心亮点包括:近期(P0)启动的精细结构常数(alpha)年际变化上限重分析、隔离宇宙微波背景(CMB)温度谱中由于64维环面(T64)投影引起的特征偶数多极子各向异性、以及在严密随机化单光子双缝实验中检验自指心场对量子统计概率的空间非定域性意念调制。为了维持一元生命宇宙论的本体论一致性,传统机械宇宙学的术语被替换为更具本源性的表述:暴涨被重构为“维度展开期”;原初引力波被重新定义为“维度展开遗迹引力波”(并导出了一个不同于传统理论的负谱指数 nt 约等于 -3.6);宇宙年龄则被定量为“第四维展开龄”。在Lean 4和Coq全流程机器形式化验证的基础支持下,本白皮书不仅是元宪理论走向实证的操作手册,更是一份宣告统一场论从纯数学推导正式跨入全球实证检验阶段的科学宣言。