Contemporary medicine faces a structural limitation driven not by a lack of data, butby an inability to coherently reason about high-dimensional biological systems. Despiteunprecedented growth in molecular, physiological, and behavioral measurements, clinicaldecision-making remains largely protocol-based and population-averaged.This work introduces the Tensor Theory of Medicine (TTM): a unifying theoreticalframework in which the organism is modeled as a high-dimensional dynamical system, dis-ease corresponds to deformation of state-space trajectories, and therapy is formalized as atime-dependent control operator.TTM proposes no clinical recommendations. It establishes the minimal mathematicaland conceptual foundation required for tensorial, AI-assisted, and post-genocentric medicine.
Dmytro Ihorovych Faliush (Wed,) studied this question.