FFC's Mathematical / Structural Anomaly Dissolutions (MSD)
Year: 2025
Type: article
Abstract: The Mathematical/Structural Anomaly Dissolutions (MSD) serves as the capstone of FFC's anomaly dissolutions, addressing 15 anomalies in constants and hierarchies, such as physical constant anomalies suggesting mathematical unit relationships (Wikiversity May 2025; dimensional kg/m ties) and cosmic suppression growth (Phys.org Jan 2025, 4.5σ S8 tension), recasting these >2-5σ deviations (e.g., 3σ low ell's structure in IOP Feb 2025 CMB power spectrum, 4σ conformal anomaly dynamics in Nature Jul 2025) as intrinsic self-organizations from golden ratio φ branching (Glossary Item 17) and entropic minimization (FD #9). These anomalies, spanning math-ph frameworks (e.g., arXiv Math-ph May 2025 list with 419 entries on symmetries/anomalies) to cosmology fine-tuning (IntechOpen 2025 structural instability), are dissolved through probability wave E mathematical extensions (Glossary Item 3) and structural influences (Glossary Item 6), without fixed constants or string/missing pieces. Building on preceding categories (e.g., FFC 10 Gravitational (GAD) via entropic metrics linking to 3D time frameworks, Neutrino Resolution NAR #18 for cosmo mass tying to hierarchy math), each dissolution derives from core axioms like fractal continuum geometries (Glossary Item 2) and cyclic bounce instabilities null (FD #54), unifying structural anomalies (e.g., positive geometry shapes unifying particle/cosmo, ScienceDaily Aug 2025) with observable resolutions (e.g., Wolfram physics 2025 constants no fixed). The format concludes the series: scope for capstone; assumptions with links; 5-step symbolic emergence; numerical validation with 2025 data (e.g., Phys.org Jan 2025, arXiv May 2025); cross-links; and falsifiability for probes (e.g., arXiv math-ph 2026 lists). This final category synthesizes FFC's dissolution, transforming mathematical/structural "anomalies" as foundational emergences in the wave-field ontology.
Author: Guevara, Carlos
Language: English
Subfield: Statistical and Nonlinear Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7085227930
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