"Statistical physics of dense gases and non-ideal plasma" by B. E. Fortova is a real treasure for those who seek to understand the complex mechanisms of the behavior of substances in extreme conditions. This book is intended for scientists, undergraduates and graduate students, as well as for specialists engaged in the study of the properties of dense gases and plasma, and those who are looking for a deep theoretical justification of modern ideas about statistical physics. It can be called a guide to the world of complex interactions, where classical models give way to new approaches that reveal the secrets of the behavior of substances at high pressures and temperatures. Forts B. E. In his book, he masterfully combines theoretical foundations with practical aspects, plunging the reader into the fascinating world of statistical physics of dense gases and non-ideal plasma. This book reveals to the reader the richness of physical phenomena occurring in conditions where interparticle interactions become an integral part of the picture, and classical models no longer work. The author shows how modern methods of statistical physics allow modeling and predicting the behavior of substances in conditions close to real experiments - from high-temperature gases to cosmic plasmas. What makes this book particularly appealing is its ability to combine complex mathematical models with physical intuition. It deals in detail with such important topics as state equations for dense gases, correlation theory, properties of non-ideal plasma, as well as methods of computational physics that allow modeling systems with strong interactions. The book also raises the issues of thermodynamics, kinetics and plasma dynamics, which makes it an indispensable tool for those who want not only to understand how these systems work, but also to learn how to apply the knowledge gained in practice. A special place is occupied by the style of presentation B. E. Fortova - it is clear, logical and rich in examples, which makes even the most complex topics available to a wide range of readers His approach combines the rigor of scientific methods with a lively interest in the phenomena under study, which turns reading into an exciting journey into the world of modern physics. In addition, the author actively uses modern methods of numerical modeling and computer calculations, which makes the book relevant for those who are engaged in applied research in the field of plasma physics and materials science. If you are interested in dense gas physics, non-ideal plasma, or are looking for an authoritative guide to statistical physics in the face of strong interactions, this book will be an indispensable source of knowledge for you. It is suitable for students wishing to deepen their knowledge, graduate students, researchers and engineers working in the field of energy, space technology and materials science. It raises the most important topics related to the behavior of substances in extreme conditions, which makes it especially valuable for those who seek to understand the nature of matter on the verge of classical and quantum physics. The book “Statistical physics of dense gases and non-ideal plasma” is not just a textbook, but a real scientific guide that allows you to look at complex systems from a new perspective. It is worth reading to those who are looking not only for theoretical knowledge, but also practical tools for solving pressing problems in the field of physics and engineering. In general, this book is a vivid example of how modern science combines theory and practice, revealing to the reader the wealth of physical phenomena that govern our world at the micro and macro levels.