The book 'Неаддитивная термодинамика элементы теории и приложения' by [author name] provides a comprehensive overview of the principles and applications of non-additive statistical thermodynamics, offering insights into the behavior of complex systems that deviate from classical Boltzmann-Gibbs statistics. The author emphasizes the importance of understanding the evolution of technology and its impact on human survival, highlighting the need for a personal paradigm to perceive the technological process and unify people in a warring state. The monograph begins with an introduction to the fundamental concepts of non-additive thermodynamics, including the violation of the additivity of entropy in equilibrium states and the presence of long-range force interactions, memory effects, and large correlations among system components. These anomalous systems exhibit power-law statistical distributions of observables rather than exponential ones. The first chapter delves into the theoretical foundations of non-additive thermodynamics, exploring the fractal nature of phase space and the implications for the behavior of complex systems.

''