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 (GD): a portal-minimal, temporally coherent multi-scalar framework in which a single background value (φ_trap) fixes the electroweak scale and correlates otherwise weakly coupled sectors. New scalars couple to the Standard Model (SM) only through the Higgs portal, so all fermion Yukawas retain their SM running. A late-time, relaxion-like trap dynamically sets the Higgs vacuum expectation value, reproducing observed fermion masses without fine-tuning. As an optional but instructive UV embedding, we introduce an E8 Photonic Fold: a ℤ₂ projection of an E8 parent that yields a visible U(1)_Y and a twin U(1)_Y′ with tiny kinetic mixing, and naturally leaves light adjoint fragments. Turning on a compact scalar-only set, 5×(1,3,0) ⊕ 3×(8,1,0), above a threshold M∗∼ few–10 TeV exactly reproduces the MSSM one-loop slope differences (b1 ⁣− ⁣b2, b2 ⁣− ⁣b3)=(5.6, 4.0) without supersymmetry. Piecewise two-loop running then yields a unification geometry consistent with sin²θ_W(m_Z) ≈ 0.232 and M_GUT ~ 10¹⁶–10¹⁷ GeV, while GD’s singlet portals keep SM running intact below M∗. The fold is not required for GD’s phenomenology but provides a compact origin for the needed multiplets and a controlled U(1)_Y ↔ U(1)_Y′ portal whose effective parameters co-vary with φ_trap. GD makes distinctive, falsifiable predictions tied together by the single dial φ_trap:(i) a τ-dominant heavy neutral lepton (HNL) with suppressed e/μ mixing, producing mono-hadron + missing-mass peaks near m²_miss ≈ 2.56 GeV² (Belle II kinematics);(ii) axion/ALP frequency–power targets, including narrow sideband “chirps” from scalar cross-couplings in high-Q electromagnetic resonators;(iii) twin-photon/hidden-photon features controlled by {ε, m_{A′}}; and(iv) collider-visible inert adjoint scalars, (1,3,0) and (8,1,0), at multi-TeV masses. Muon g-2 (GD+Y extension). With a single gauge-invariant dimension-5 operator that couples a new scalar S to the muon via the Higgs (coefficient cμ/Λ), GD generates a direct S–muon coupling largely independent of small Higgs–singlet mixing. A broad, constraint-compatible region with m_S ≈ 1–5 GeV and g_{S\mu\mu} ≈ (2–8)×10⁻³ accounts for Δa_μ ≈ 2.5×10⁻⁹ (∼2σ) while respecting BBN, unitarity, Higgs-mixing, axion, and HNL cosmology bounds. This motivates near-term searches in e⁺e⁻ → μ⁺μ⁻ + S (Belle II) and muon fixed-target runs, with S → μ⁺μ⁻ or invisible decays depending on kinematics. Altogether, Genarion Dynamics furnishes a more elegant alternative to conventional GUTs and sprawling axion frameworks: it is unified, minimally coupled, and experimentally falsifiable, yet built from few integers and few thresholds. The E8 Photonic Fold supplies a compact UV provenance— a small-integer adjoint set that exactly reproduces MSSM slope differences without supersymmetry—and delivers correlated U(1)U(1) portals. In place of the large moduli spaces, threshold cascades, and loosely correlated parameter lattices typical of many GUT and axion models, GD’s single-parameter structure (ϕtrap) ties sectors together so that a signal in one channel fixes sharp targets in the others, while null results decisively and transparently prune the theory. This economy of assumptions turns unification and axion physics from baroque exercises into a clean, predictive architecture previously unexplored in the literature.