The SVR Coherence Law and the Symmetry of Quantum Growth and Decay

This work presents the first empirical confirmation of the Static Vibrational Reality (SVR) coherence law within a fully quantum system.By reanalyzing experimental data from Rydberg-atom superradiance, we demonstrate that both the buildup and decay of coherence obey the same nonlinear scaling relation.The characteristic energy–time exponent γ≈1.9 remains invariant across the growth and relaxation phases, confirming a cyclic symmetry in quantum coherence dynamics. These results reveal that quantum amplification and decoherence are not distinct phenomena but complementary phases of a single self-regulating process.Within the SVR framework, time emerges as a phase projection of coherent energy, establishing a direct physical link between quantum reversibility and macroscopic irreversibility.The findings identify coherence as a conserved, cyclic quantity and provide a unifying bridge between quantum and classical descriptions of reality.