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Scalaron–Twistor Precision Fit to Standard-Model Data
Abstract
Benchmarks the scalaron–twistor framework against Particle-Data-Group observables. Using geometric overlap integrals only, it reproduces all quark- and lepton-masses, CKM and PMNS mixing angles, and electroweak couplings within one percent of experiment, while maintaining gauge-anomaly cancellation and custodial symmetry.
Key Results
- Achieves ≤1 % agreement for 12 fermion masses & Yukawas, plus CKM/PMNS angles
- Predicts alpha_s, alpha_EM, and sin²θ_W at M_Z inside 0.1 %
- Confirms full gauge & gravitational anomaly cancellation in the unified action
Supplementary Materials
Citation
@article{Fitzpatrick2025RFT11_1,
author = {Fitzpatrick, I.},
title = {Scalaron–Twistor Precision Fit to Standard-Model Data},
journal = {RFT Cosmology Preprint},
year = {2025},
note = {Version 11.1}
}