Change in the quantum information difference during evoluton of nonextensive systems in the space of control parameters

Abstract

536.75A theoretical-informational description of induced transitions between stationary states in the space of control parameters is given for open quantum nonextensive systems. The S-and I-theorems on changes in the parameterized quantum entropy measures and information difference are proved for general form of particle distribution and unknown effective Hamilton function. The Abel microscopic entropy group is determined for the composition law with square-law nonlinearity.