The book “Dynamics of dislocations and plasticity”, written by a team of authors led by Suzuki Tair and Yoshinaga Hideo, is a deep and comprehensive study devoted to one of the most relevant areas in the field of materials science and mechanics. This work will be a real find for students, graduate students and specialists working in the field of solid state physics, materials science and mechanics of deformable bodies. The book examines key aspects of the dynamics of dislocations - elementary structural defects in crystalline materials that play a central role in plastic deformation processes. The authors explain in detail how dislocations affect the mechanical properties of materials, their strength and plasticity, making this work an indispensable source of knowledge for those seeking to understand how microstructural changes affect the macroscopic characteristics of materials. The book covers a wide range of topics, ranging from the theoretical foundations of dislocation theory to modern methods of numerical modeling and experimental approaches. The authors not only present theoretical concepts, but also support them with practical examples, which allows readers to see how these ideas are applied in real-world conditions. This makes the book particularly valuable for engineers and researchers working in the development of new materials and technologies. Readers interested in physics and mechanics will be particularly interested in learning about how dislocations interact with each other and how this interaction affects the behavior of materials under load. The book also raises important questions about how deformation processes can be managed to create stronger and more fracture-resistant materials, which is a pressing challenge for many industries, including construction, automotive, and aerospace. The style of the authors is distinguished by clarity and accessibility, which allows even those who do not have deep knowledge in this area to gradually immerse themselves in complex concepts. They use illustrations and graphics to visualize key ideas, making the material more comprehensible and memorable. In addition, the book Dislocation Dynamics and Plasticity is part of the broader context of research related to material mechanics and can be compared with other well-known works in the field, such as Materials Mechanics and Solid State Physics. Readers interested in these topics will find in this book a lot of useful information and new ideas. This work will be interesting not only for students and graduate students, but also for practicing engineers who are looking for new approaches to solving problems related to the strength and plasticity of materials. It can also be useful for researchers working in the field of theoretical mechanics, materials science and physics, as it provides up-to-date data and the results of recent research. Thus, “Dynamics of dislocations and plasticity” is not just a textbook, but a real encyclopedia of knowledge that will help readers to better understand the complex processes occurring in materials and open new horizons for scientific research and practical applications. If you want to expand your knowledge of mechanics and materials science, this book will be your reliable companion along the way.