Topology-Generated Physics Framework: Research Process Archive

Topology-Generated Physics Framework — Research Process Archive Nature: a research process record. Not a finished paper. Not peer-reviewed. This archive documents, in full, the development of a classical topological field-theory framework derived from two axioms and one initial condition. The medium is a continuous, rigid, locally volume-preserving manifold; its local deformation is a complex field governed by a single Mexican-hat functional. Particles are topological excitations of that medium rather than fundamental objects: the electron is a time-dependent topological defect carrying a Möbius half-twist, and its charge, spin, mass and magnetic moment are readings of that geometry rather than independent labels. Scope: particle structure, nuclear structure, foundations of quantum measurement, and cosmology. Contents (62 files, 857 KB): 38 research memoranda in Chinese, 22 independently re-runnable Python scripts, and 2 description files (Chinese and English). The description files carry the full statement of scope, contents and declarations; read README_Zenodo_EN_2026-08-09.md first. Language: the archive is written in Chinese; the English description file mirrors it. Please read before citing: Most results are correspondence-level, not new predictions. Known results — charge quantisation, spin ½, g = 2, the Born rule, GHZ/W correlation tables, Hubble's law — are re-derived from the axioms. In every such case the target was known in advance, so these count as "not in conflict with established results", never as "predicted by the framework". Distinguishable new predictions are few, and are listed explicitly in the description file. Several core quantities remain effective-level or undetermined, and are named as such. Records of failure are retained deliberately. Terminated lines of work are demoted to historical records, not deleted. The error-pattern memoranda document, case by case, the errors made during derivation and how each was diagnosed. No external review of any kind. All conclusions have passed internal scrutiny only. AI assistance is declared. Derivational execution and numerical computation made extensive use of an AI assistant (Anthropic Claude). Conceptual direction, criteria of judgement and all substantive adjudications were made by the author; the AI does not qualify for authorship. A substantial portion of the retained failure-and-correction record consists of corrections to AI reasoning errors. When citing a specific conclusion, please give the memorandum name, its version, and the confidence level assigned to that conclusion within the archive (suggestive / argument-level / proof-level / hypothesis-level). Please do not omit the level. Versioning: deposited as a version chain, a new version at the close of each research phase, so that the research timeline is verifiable throughout. Manuscripts and submission-related material are archived separately and are not included here. 中文摘要:本档案为「拓扑生成物理框架」的完整研究过程记录(62 份文件:38 份中文备忘录、22 支 Python 脚本、中英文说明各一份),非成品论文,未经同行评议。框架自两条公理与一个初条件出发,视粒子为连续、刚性、局部体积不变介质上的拓扑激发。**绝大多数结果为「对应级」——即重新推出既有结果,靶皆先知,不得记为预言。**失败与判死记录有意保留。引用具体结论时请一并注明其在档中的强度等级。 --- 8< ---