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 source of knowledge for anyone who seeks to better understand the physics of materials and their applications in nuclear physics. This textbook is not just a manual, but a whole world in which students immerse themselves, exploring the complex and fascinating aspects of materials science. The textbook covers a wide range of topics, ranging from the basics of material physics to their application in modern technologies related to nuclear physics. It details the properties of different materials, such as strength, plasticity, thermal conductivity and electrical conductivity, as well as their behavior under different conditions. The reader will be able to learn about how these characteristics affect the choice of materials for nuclear reactors, radiation protection and other critical technologies. The book will be of particular interest to students, graduate students and teachers who study physics, materials science, nuclear physics and engineering sciences. It is suitable for both beginners and those who already have basic knowledge in these areas. Due to its accessible language and clear structure, the material is easily digestible, making the textbook ideal for self-study. One of the key topics raised in the book is the interaction of materials with radiation. This is especially true in light of current challenges related to the safety of nuclear technology and environmental protection. The authors emphasize the importance of choosing the right materials to ensure the reliability and safety of nuclear installations, which makes the textbook relevant not only for students, but also for professionals in the field of nuclear physics and engineering. The style of Boris Alexandrovich Kalin, known for his work in the field of physics and materials science, is clear and logical. He skillfully combines theoretical concepts with practical examples, which allows readers not only to understand, but also to apply the knowledge gained in real life. His other well-known works, such as "Physics and Technology of Materials" and "Modern Methods of Materials Research", are also popular among students and professionals. The textbook "Physical Materials Science" will be an excellent addition to the library of any student interested in nuclear physics and materials. It not only expands the horizons of knowledge, but also inspires further study and research in this exciting field. If you are looking for a high-quality textbook that will help you understand the complex issues of material physics, this work will become your reliable assistant. Do not miss the opportunity to immerse yourself in the world of physical materials science, where science meets practice, and knowledge becomes the basis for creating a safe and sustainable future. Physical Materials Science is your key to understanding the complex processes taking place in the world of materials and their role in nuclear physics.