The book "Physical materials science: a textbook for students of higher educational institutions studying in the direction of "Nuclear physics and those" edited by Boris Alexandrovich Kalin and V. In. Nechaeva is an indispensable resource for students, graduate students and teachers seeking a deeper understanding of the physics of materials and their behavior in the context of nuclear processes. This textbook is not just a manual, but a whole world of knowledge that opens the door to the reader in the complex but fascinating world of materials science. From the first pages of the book, the reader is immersed in the study of the basic physical properties of materials, their structure and behavior under the influence of various factors. The uniqueness of this textbook lies in its comprehensive approach: it covers both theoretical aspects and practical applications, making it ideal for students studying nuclear physics and related disciplines. The book offers readers not only basic concepts, but also in-depth knowledge that will help in the further research and professional path. The textbook will be of particular interest to undergraduate and graduate students, as well as anyone working in the fields of nuclear physics, materials science, and engineering. If you are passionate about physics, want to understand the complex processes occurring at the atomic level, or plan a career in scientific research, this textbook will become your reliable assistant. It will also be useful to teachers who are looking for quality and relevant materials for their courses. The topics covered in the book cover a wide range of issues, from the basics of crystalline structure and the mechanical properties of materials to their behavior in extreme conditions, such as radiation exposure. The book raises important questions regarding the sustainability of materials, their durability and their ability to recover, which is especially relevant in the context of modern technologies and research in the field of nuclear energy. These topics are not only relevant, but also of great interest, as they relate to the future of science and technology. The style of the authors, including Boris Alexandrovich Kalin, known for his research in the field of physics and materials science, is clear and accessible. They seek to convey complex ideas to the reader, using real-world examples and contemporary research. This allows readers not only to assimilate the material, but also to apply it in their scientific and practical works. Kalina is also the author of other significant works in the field of physics, which confirms his high level of expertise and deep knowledge. If you are looking for literature that will not only expand your knowledge, but also inspire further research, “Physical Materials Science” is what you need. This book will become your reliable companion in the world of science, open new horizons and help you become a real expert in the field of nuclear physics and materials science. Don’t miss the opportunity to learn more about how materials and physical processes interact, and how this knowledge can change our view of the future of technology.