Sep 2026· Zenodo (CERN European Organization for Nuclear Research)
Abstract
Yin‑Yang Fractal Unified Field Theory: Original 30‑volume monograph archive (Version 1) This submission serves as a permanent archival deposit for the original complete manuscripts of the monograph Yin‑Yang Fractal Unified Field Theory.The former DOI assigned to earlier uploads is no longer valid; this record provides a new, stable archival copy of the full body of work. This archive contains two compressed packages: one for the Chinese‑language manuscript set and one for the English‑language manuscript set.Some documents within the English package remain partially untranslated, while the Chinese package includes a small number of English appendices.All files are preserved in their original state, without revision or editorial modification, following their chronological order of composition documented in the attached README file. Proposed by an independent researcher, this work builds an axiomatic physical framework. A clear distinction is maintained throughout the manuscripts between self‑consistent axioms, derived mathematical theorems, experimentally fitted anchoring parameters, conditional inferences, and qualitative analogical illustrations. Conclusions concerning prime‑number‑related conjectures are valid only within the extended FCA axiomatic system constructed in this work. They do not constitute formal proofs under standard ZFC set theory.Several unresolved gaps and open questions remain within this theoretical framework, alongside a set of empirically testable predictions. Discrepancies between model outputs and known experimental observations are acknowledged in the original texts. This is an archival release of the original body of research material. Readers are invited to examine the full manuscripts and evaluate the model on its internal logical structure and its consistency with empirical evidence.Revised consolidated manuscripts will be submitted as separate Zenodo records in future work.
Supporting data, adapters, predictions and code for the article *Low-Cost LoRA Fine-Tuning of Small Language Models for Multi-Step Arithmetic Reasoning* by Jake O'Grady, Asena Isik Gürhan, Chee Fong Ting and Effirul Ramlan (University of Galway). We generated 20,000 GSM8K-derived arithmetic problems with step-by-step s...
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