PHASE NUCLEAR PHYSICS From the proton-proton cycle to the "island of stability" within the framework of chronal dynamics

The paper presents a unified description of nuclear phenomena from light (pp-cycle, dd-synthesis) to superheavy elements based on chronal dynamics. It is shown that all processes are determined by one mechanism — phase synchronization of nucleons. Key results: pp cycle: explained as a phase resonance with a probability of 10⁻²⁸, the mass of the electron is derived from the difference 1.42 – 0.42 = 1.00 MeV. DD-synthesis: The synchronization of two deuteriums in 6.6 fs leading to the formation of helium-3 is numerically shown. RER (Resonant Energy Release): 5.2 mg of hafnium-178m2 yields 6.7 MJ, 314 TW. Island of stability: numerically confirmed in the area of Z=114, N≈184 (flerovium) with a wide plateau of stability. All results are obtained from a single model with the constants τ₀ = 2.8 × 10 ⁻ ¹² s (from CMB), K = 0.316 (from numerical enumeration), ħ, c. No fitting parameters — only the first principles and fair counting.