USP Field Theory — The Δf Restoration Law: Alpha, Beta, and Gamma Emissions as Resonance Corrections (msf:45687, v1.2 Quantified Edition)

This document refines the USP Field Theory interpretation of nuclear emissions as deterministic resonance processes rather than stochastic decay events. Alpha (α), beta (β), and gamma (γ) radiations are unified under the Δf Restoration Law, in which deviations in frequency tension (Δf) are corrected through mass, charge, or photon release: E_γ = h·f_γ , \quad h = 6.62607015 × 10^{-34} \text{ J·s} α Emission (Δfₙ < Δfₑ): Over-stabilized nuclei eject mass to raise fₙ. β Emission (Δfₙ ≠ Δfₑ): Imbalanced charge frequencies trigger n/p conversion. γ Emission (Δfₙ ≫ Δfₑ): Surplus field energy releases as high-frequency photons. Each emission represents a stage of resonance rebalancing within the spin-tension field, showing that matter, charge, and light are continuous expressions of Δf coherence. Figure 1 illustrates the quantitative Δf spectrum (10¹⁸–10²¹ Hz), while Figure 2 visualizes the α → β → γ resonance chain.