The book "Kinematics of nuclear reactions" under the authorship of prominent scientists A. M. Baldina, B. and . Goldansky, V. M. Maksimenko and . L. Rosenthal is a unique work that immerses the reader in the complex and fascinating world of nuclear physics. This edition will be a real find for students studying physics and related disciplines, as well as for professionals working in the field of nuclear energy, medicine and basic research. The book discusses the main aspects of the kinematics of nuclear reactions, including theoretical foundations and practical applications. The authors explain in detail how the nuclei of atoms interact, what forces act on them, and how these interactions can be described using mathematical models. The reader will be able to learn about the different types of nuclear reactions, their characteristics and significance in scientific research and industry. The book not only provides theoretical knowledge, but also includes many examples and tasks, which allows you to better absorb the material and apply it in practice. "Kinematics of nuclear reactions" will be interesting not only for students and graduate students, but also for teachers, researchers and anyone interested in modern achievements in the field of physics. The age category of readers can range from high school students studying physics at an advanced level to experienced professionals wanting to update their knowledge or become familiar with new approaches in the field of nuclear physics. The book will also be useful to those working in the field of nuclear medicine, as nuclear reactions play a key role in the diagnosis and treatment of various diseases. The topics raised in the book cover a wide range of issues, from the fundamentals of nuclear physics to complex mathematical models that describe the behavior of nuclei under different conditions. The authors emphasize the importance of nuclear reactions in modern technologies, such as nuclear energy, radiation safety and medical diagnostics. They also discuss current issues and challenges facing modern science, making the book particularly valuable in the context of contemporary research and development. The style of the authors is clear and accessible, which allows even complex concepts to be explained in simple and understandable language. They use many illustrations, graphs and tables, which makes the material more visual and easy to perceive. This makes the book not only a tutorial, but also an interesting read for anyone who wants to understand the physics of nuclear reactions more deeply. If you are looking for literature on nuclear physics that combines theory and practice, then “Kinematics of Nuclear Reactions” is exactly what you need. Do not miss the opportunity to get acquainted with the works of authors such as A. M. Baldin, W. and . Goldansky, V. M. Maksimenko and . L. Rosenthal, who are recognized experts in their field. This book will be not only a valuable source of knowledge, but also an inspiration for new discoveries and research in the field of nuclear physics.