SRE Dynamics: User Guide and Interpretive Companion

This deposit contains the complete v1.6 manuscript suite for Status‑Relational Entropy (SRE) Dynamics, a foundational framework for information‑physical interconversion and mathematical reconstruction of observable universe. Important entry‑point instruction: File 7‑SRE_User_Guide_E_1.6 acts as the master entry‑point document for the whole ecosystem and shall be read FIRST prior to consulting the six foundational core manuscripts. This suite comprises six foundational papers plus one over‑arching user‑guide master document: 1‑Axiomatic_Introduction_E_1.6 — Axiomatic foundation of SRE‑Dynamics 2‑Light_Measurement_E_1.6 — Reciprocal measurement and mapping origin of speed‑of‑light c 3‑Time_Causal_Depth_E_1.6 — Methodological revision on causal depth and spatial indexing 4‑Mapping_Frontend_E_1.6 — Mapping prerequisites under multi‑scale homomorphic mapping 5‑Electronics_E_1.6 — Unified topological‑logical theory of electronic physical properties 6‑Safety‑Supplementary‑Note_E_1.6 — Supplementary note on logical‑depth magnitude anchoring and observational‑protocol safety masking 7‑SRE_User_Guide_E_1.6 — User specification, version‑priority rules and theoretical‑boundary statements (MASTER DOCUMENT, read first) Documentation Roadmap: Historical v1.5‑series materials are retained in older Zenodo versions solely for traceability. They contain early heuristic simplifications and are not recommended for formal citation. Research‑oriented work should cite this v1.6 aligned release. Mathematical Equivalence: Formal statement of substitutability between SRE and classical‑physics frameworks. SRE may be deployed standalone or hybrid‑combined with established theories, conditioned by observational scale and computational complexity. Dual Research Pathways: Two complementary methodological pathways are supported: Substitutability test: validate logical closure against well‑established physical results; Forward‑looking exploration: investigate poorly‑explored domains adopting mathematics‑and‑logic‑first primacy. Systemic Boundaries: Intellectually‑honest boundary assessment of current axiomatic construction. The 0‑to‑1 genesis transition of causal differences has not yet achieved full logical closure within present axioms. Open‑source statement: All manuscripts, full algebraic derivations for Operators 1‑6 and simulation code are open‑access. Operators 7‑10 represent subsequent closed‑source commercial core modules and are excluded from this open suite. SRE‑Dynamics describes how observable spacetime, particles and interactions emerge from sets of causal nodes, mediated by dissipation‑compensation duality, reciprocal‑measurement and multi‑scale homomorphic mapping. As the official entry‑gateway for the SRE theoretical ecosystem, this v1.6 suite is essential for researchers investigating fundamental cosmic structures or examining the model’s internal logical consistency. 本存储库收录状态‑关系熵(SRE)动力学完整v1.6文档套件,是一套面向可观测宇宙的信息‑物理互换及其数学重构的基础理论框架。 重要阅读指引:文件7‑SRE_User_Guide_C_1.6为整套理论体系的总纲入口文档,请务必优先阅读,之后再研读其余六份核心基石文稿。 本套件包含六篇基础论文以及一份总纲用户手册: 1‑Axiomatic_Introduction_C_1.6 — SRE动力学公理基础 2‑Light_Measurement_C_1.6 — 互测量与光速c的映射起源 3‑Time_Causal_Depth_C_1.6 — 因果深度与空间索引的方法论修订 4‑Mapping_Frontend_C_1.6 — 多尺度同态映射下的映射前置条件 5‑Electronics_C_1.6 — 电子物理特性的统一拓扑‑逻辑理论 6‑Safety‑Supplementary‑Note_C_1.6 — 逻辑深度N量级锚定与观测协议安全补论 7‑SRE_User_Guide_C_1.6 — 使用说明、版本优先级与理论边界说明 (总纲文档,优先阅读) 文档版本脉络:历史v1.5系列文件保留于Zenodo旧版本中,仅用于版本溯源;该版本含有早期启发式简化假设,不建议正式引用。开展相关研究请引用本次v1.6对齐修订版本。 数学等价性:阐明SRE框架与经典物理体系之间的可替代性。可依据观测尺度与计算复杂度,独立使用,或是与已有成熟理论混合联用。 两条互补研究路径:本框架支持两套互为补充的研究范式: 可替代性检验:对照已确立的物理结果,完成体系逻辑闭环自洽校验; 前瞻性探索:以数学‑逻辑优先的原则,对尚未充分探明的物理领域开展推演。 体系边界说明:客观说明当前公理体系的局限。因果差异的0‑1创生起源问题,在现有公理框架下尚未达成完整逻辑闭环。 开源声明:全部文稿、算子1‑6完整代数推导以及仿真代码均为开源内容。算子7‑10属于后续闭源商业核心模块,不在本开源套件之内。 SRE动力学描述了可观测的时空、粒子与相互作用如何从因果节点集合之中,经由耗散‑补偿对偶、互测量、多尺度同态映射涌现生成。作为SRE理论体系的正式入门材料,这套v1.6套件可供研究人员用于探究宇宙底层结构,以及检验模型自身的逻辑自洽性。