The Jog Effect

The abstract describes the Jog Effect as a proposed cyber-physical phenomenon intended to explain anomalous observable effects through an assumed contribution from dark matter. It introduces a mathematical framework involving dark-matter inertial mass, observable theory, wave functions, and classical/quantum energy formulations. It further proposes detecting such effects indirectly through anomalies in data-storage error rates, particularly using lithium-niobate (LiNbO₃) acousto-optic gratings, with Bayesian inference and stochastic partial differential equations (SPDEs) used to estimate the putative dark-matter contribution.