The book "Thermodynamics and transport in non-ideal plasma", written by the author's team as part of Iosilevsky I. L. , Krasnikova Yu. G. , Sona E. E. and Fortova V. E. , is a deep and comprehensive study devoted to one of the most relevant areas of modern physics - plasma. This work will be of interest not only to specialists in the field of physics, but also to students, graduate students, as well as everyone who is interested in thermodynamics and plasma physics. The book examines the key aspects of the thermodynamics of non-ideal plasma, making it an indispensable tool for those who want to deepen their knowledge in this area. The authors analyze in detail the processes taking place in the plasma, and investigate the mechanisms of energy and particle transfer. This allows the reader not only to understand the basic principles, but also to see how they are applied in real conditions, for example, in astrophysics, thermonuclear fusion and other high-tech fields. One of the main themes of the book is the interaction of particles in an imperfect plasma. The authors emphasize that in real conditions, the plasma is far from ideal, and its behavior can differ significantly from theoretical models. This opens up new horizons for research, and also poses a number of challenges for scientists. The book offers readers a unique look at these problems, justifying the need to take into account non-ideal effects in modeling plasma processes. Who can like this book? First of all, it will be useful for students and graduate students of physical, mathematical and engineering specialties, as well as researchers working in the field of plasma physics . If you are passionate about thermodynamics and want to learn more about its application in non-ideal systems, this book will be a real find for you. In addition, it can attract the attention of specialists working in related fields, such as astrophysics, materials science and energy. The style of the authors is clear and accessible, which allows even complex concepts to be explained in simple language. This makes the book not only a scientific work, but also an exciting read. The authors actively use examples from practice, which helps the reader to better absorb the material and see its application in the real world. Their previous works, such as Plasma Physics and Plasma Thermodynamics, have also earned recognition and have become foundational in their field. The topics raised in the book go beyond purely scientific research. The authors discuss the impact of plasma technologies on the development of modern society, including their application in medicine, ecology and energy. This makes the book relevant not only for highly specialized readers, but also for a wide audience interested in the future of science and technology. Thus, “Thermodynamics and transport in non-ideal plasma” is not just a textbook, but a real encyclopedia of plasma knowledge that can inspire future generations of scientists and researchers. If you want to expand your horizons and immerse yourself in the world of thermodynamics and plasma physics, this book will be your reliable guide. Do not miss the opportunity to discover new facets of science and technology!