Abstract
Abstract The concept of dynamical memory time t m is discussed. The relation between t m , fluctuation of energy ΔE and K -entropy (Lyapunov exponent) is treated. The meaning of t m for real systems is related to the thermal and Langevin noise and quantum uncertainty. Relaxation of kinetic energy to equilibrium state was studied by MDM for non-equilibrium strongly coupled plasmas. Violation of the microscopic reversibility principle in some enzymatic reactions is discussed.
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