Journal of Modern Classical Physics & Quantum Neuroscience

Abstract

Biological systems maintain stability through homeostatic regulation, counteracting deviations from equilibrium via compensatory mechanisms. This paper introduces the Temporal Stimulation Theorem (TST), which formalizes how the rate of stimulation governs the visibility of harm, while cumulative damage depends on the time-integrated deviation from baseline. The framework explains why fast-acting stimulants produce immediate and perceptible harm, whereas slow, repeated stimulation results in concealed baseline erosion and dependency through normalization rather than acute collapse. The model is presented using a minimal dynamical system and does not depend on the legal, cultural, or chemical classification of the stimulus.