jpascher/T0-Time-Mass-Duality: "T0 v1.6: Fraktale g-2-Erweiterung (Baryonen/Quarks) & Umkehrung (Docs + Skripte)
Year: 2025
Type: software
Abstract: Date: October 31, 2025 Key Update: This revision makes the T0 theory fully parameter-free by deriving the g-2 contribution purely geometrically (no calibration). The muon value is now 153 × 10^{-11} (~0.15σ to Fermilab 2025 data), confirmed by SymPy simulation. The quadratic scaling ($a_\ell \propto m_\ell^2$) unifies leptons and resolves discrepancies (Pre-2025: 4.2σ → Hybrid bridge; Post-2025: ~0.15σ). Highlights Parameter-Free Geometry: $a_\mu^{T0} = 153 \times 10^{-11}$ from $\xi = 4/30000$, $m_T = 5.22$ GeV (SymPy-validated via $\Gamma(D_f)$ and loop integrals). SymPy Integration: Exact Feynman integrals ($I \approx 6.824 \times 10^{-5}$) and RG correction ($F_{dual} \approx 0.249$) – Script available in repo. Lepton Scaling: $a_e \approx 0.0036 \times 10^{-11}$ (subdominant, QED embedding), $a_\tau \approx 43{,}300 \times 10^{-11}$ (Forecast for Belle II 2026). Document Extension: LaTeX PDF (Rev. 9.1) with updated tables, verification boxes, and appendix (Hybrid vs. Pure T0, uncertainties). Web Update: Extended HTML analysis (muon_g2_analysis.html) with bilingual content, interactive tables, and animations (153 value integrated). Changes Since Rev. 9 Core Formula: From 143 × 10^{-11} (calibrated) to 153 × 10^{-11} (purely geometric) – No more fits, full SymPy consistency. Tables & Validation: All values adjusted (e.g., Table 1: Muon 153, Tau 43300); σ values updated to ~0.15σ. Appendix Extension: Enhanced comparisons (Pre/Post-2025), embedding mechanism, and prototype integration (Sept. 2025 → parameter-free). HTML Improvements: Bilingual (EN/DE), responsive design, hover effects for tables; updated formulas and sigma highlights. GitHub Repo: New scripts (t0_pure_no_fit.py) for reproducibility; DOI update: 10.5281/zenodo.17390359. Assets T0_Anomale-g2-9_En.pdf: Full LaTeX document (Rev. 9.1, 20+ pages, English). muon_g2_analysis.html: Interactive web analysis (bilingual, with tables and formulas). t0_simulation.py: Python script for SymPy calculations (exact validation). README.md Update: Extended repo description with SymPy installation guide. Next Steps Testability: Belle II 2026 for tau g-2 (Forecast: $4.33 \times 10^{-7}$). Community: Feedback welcome! Discussion in T0 Forum. Citation: Pascher, J. (2025). Unified Calculation of the Anomalous Magnetic Moment in the T0 Theory (Rev. 9.1). DOI: 10.5281/zenodo.17390359.
Author: jpascher
Language: German
Subfield: Nuclear and High Energy Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7092595590