Genarions and Genarion Dynamics: A Temporally Coherent Multi-Scalar Framework for Naturalness, Strong CP, Neutrino Masses, Dark Matter, and Baryogenesis Creators

We present Genarion Dynamics, a temporally coherent multi-scalar framework that remains testable across several frontiers. New scalars couple to the Standard Model only via the Higgs portal, so all fermion Yukawas keep their Standard Model running. A late-time relaxion-like trap dynamically fixes the Higgs vacuum expectation value, reproducing observed fermion masses without tuning. The framework makes distinctive, falsifiable predictions: (i) τ-dominant heavy neutral lepton (HNL) mixing with suppressed e/μ channels, leading to mono-hadron + missing-masspeaks around 2.56 GeV² (Belle II); and (ii) axion/ALP frequency–power detection bands with narrow sideband “chirps” from scalar cross-couplings (ADMX/DMRadio). Muon g-2 (GD+Y extension): With a single, gauge-invariant dimension-5 term that couples the new scalar S to the muon via the Higgs (coefficient written as c_mu / Lambda), the model generates a direct S–muon coupling independent of the small Higgs–singlet mixing. A broad, constraint-passing region with m_S ≈ 1–5 GeV and g_Smumu ≈ (2–8)×10⁻³accounts for the observed muon g-2 anomaly (Delta a_mu ≈ 2.5×10⁻⁹, within 2σ), while respecting bounds from BBN, unitarity, Higgs mixing, axion searches, and HNL cosmology. This yields near-term searches in e⁺e⁻ → μ⁺μ⁻ + S (Belle II) and muon fixed-target experiments, with S → μ⁺μ⁻ or invisible decays depending on kinematics. (Sept 15. 2025) Altogether, Genarion Dynamics offers a unified, minimally coupled, and experimentally falsifiable route to naturalness, the strong-CP problem, neutrino masses, dark matter, baryogenesis, and the muon g-2 anomaly, with ready-to-use benchmark cards and compact formulas enabling immediate scrutiny.