The book "Physical Mesomechanics and Computer Design of Materials" by Panin B. E. and its co-authors is a unique work that combines theoretical foundations and practical aspects of the development of modern materials. This publication will be a real find for students, graduate students and specialists in the field of materials science, mechanics and engineering, as well as for anyone interested in the latest achievements in science and technology. In their book, the authors immerse the reader in the world of mesomechanics, an area that studies the mechanical properties of materials at the mesoscopic level. Here, at the intersection of physics, mechanics and computer technology, new approaches to the design of materials are being formed, which opens completely new horizons for engineers and researchers. The book covers a wide range of topics, including modeling of mechanical properties, analysis of structural changes and their impact on material characteristics. Readers will find in this edition not only theoretical calculations, but also practical examples that will help to better understand complex concepts. The book includes many illustrations and graphs, which makes the material more accessible and understandable. This is especially important for those who are just beginning their journey in mesomechanics or want to deepen their knowledge in this field. “Physical Mesomechanics and Computer Materials Engineering” will be of interest not only to students and researchers, but also to practicing engineers working in the development of new materials for various industries, such as aviation, automotive, construction and many others. The age of high technology requires specialists to have a deep understanding of the processes taking place at the micro and meso level, and this book provides the necessary tools for success in this area. The topics raised in the book are more relevant than ever. With the constant development of technology and the need to create new, more efficient and sustainable materials, knowledge of mesomechanics is becoming mandatory for all who want to remain at the forefront of scientific thought. The authors emphasize the importance of computer modeling in the development process, which significantly reduces the time and resources required to create new materials. The style of Panin and his colleagues is clear and accessible, which makes complex scientific concepts understandable even for those who are not experts in this field. Their previous works, such as “Mechanics of Composite Materials” and “The Theory of Strength and Plasticity”, have already established themselves as important sources of knowledge, and this book continues this tradition by offering readers relevant and practical solutions. If you are looking for literature that will help you understand modern approaches to the construction of materials, or want to expand your knowledge in the field of mesomechanics, then “Physical mesomechanics and computer construction of materials” will become your reliable companion. This book will not only enrich your scientific baggage, but also inspire new ideas and projects that can change the approach to the development of materials in the future. Do not miss the opportunity to discover a world where physics and technology combine to create innovative solutions!