Independent Audit of Kim–Philippe Floquet Magnon Data within the Information-Dynamic Theory Framework

Independent Audit of Kim–Philippe Floquet Magnon Data within the Information-Dynamic Theory (IDT) Framework This repository contains an independent quantitative analysis of the theoretical and computational results reported by Gauthier Philippe and Joo-Von Kim in: arXiv:2507.19865 — Excitation of vortex core gyration in nanopillars through driven Floquet magnons. The objective of this work is not to claim a discovery, but to evaluate whether several quantitative relations derived from the Information-Dynamic Theory (IDT) are consistent with published Floquet-magnon and vortex-gyration dynamics. The package includes: • Technical letter submitted to the authors• Independent analysis report (PDF)• Structured metadata record (JSON)• References to supporting IDT publications The analysis focuses on: • Multiple steady-state vortex attractors• Floquet-mode induced gyration• Emergent physical time• Relaxation dynamics• Information-geometric interpretation of magnetic vortex systems Current status: • Preliminary analysis completed• Several quantitative IDT relations appear consistent with published figures• Full validation requires access to the raw R_G(t) time-series data This archive should be interpreted as an independent audit and hypothesis-testing package rather than a confirmation of the theory. Related article:arXiv:2507.19865 Related IDT publications: DOI: 10.5281/zenodo.20635133Information-Dynamic Theory of Stable Actualization Regimes: Conceptual Overview and Mathematical Foundations (V.2) DOI: 10.5281/zenodo.20632418Independent Audit of Devolder SHNO Data within the Information-Dynamic Theory Framework IDT Mathematical Core: V2.6