Spontaneous Lepton Flavor Condensation Via F\(_3\) × SO(10) Symmetry in Dense, Ultra Dense and Condensed Hydrogen Systems
Sindre A. Zeiner-Gundersen *
University of Iceland, Reykjavik, Iceland.
*Author to whom correspondence should be addressed.
Abstract
We propose a novel discrete family symmetry F3 = Z3 × Z2 embedded within an SO(10) Grand Unified Theory (GUT), inspired by anomalies in dense hydrogen (DH). Spontaneous symmetry breaking yields composite bosonic lepton states ( Φ bosons), exhibiting flavorviolating decays and potentially catalyzing low-energy nuclear reactions with suppressed neutron yields. This work constructs the field-theoretic framework, details F3 transformations, and analyzes decay channels, fusion enhancement, and detection methods. It offers a testable extension of the Standard Model (SM) with implications for flavor physics and practical fusion energy.
Keywords: Ultra-dense hydrogen, lepton flavor condensation, F3×SO(10) symmetry, low-energy nuclear reactions, Φ bosons, metallic hydrogen, fusion catalysis, muon emission, condensed hydrogen systems, flavor physics