Temporal Coherence Correlations in Leptonic Decay Observables: A Test of Observer-Field Coupling at the LHC

Abstract The Energy-Consciousness Observer Framework (ECOF) predicts that observer-field coupling introduces small, structured deviations in particle decay observables that scale with rest mass. If this coupling depends on local coherence gradients in the laboratory environment, measurable correlations should emerge between independent leptonic decay channels across LHC operational periods. We propose a specific, falsifiable test: fill-to-fill fluctuations in H→μμ and Z→μμ signal strengths should exhibit temporal correlations with coefficient r = 0.40 ± 0.15 after luminosity corrections. This correlation should disappear under time-scrambling (r < 0.1) and scale with lepton mass. The analysis uses existing Run 3 data, requires no new detector capabilities, and provides clear null controls. A positive result would constitute evidence for environment-dependent quantum coupling effects; a null result would constrain ECOF coherence-gradient models at the sub-percent level.