The book "On radiation and the strength of radiation friction with uniformly accelerated charge motion" by Vladimir Lvovich Ginzburg is a unique work that immerses the reader in the world of particle physics and theoretical physics. Ginsburg, an outstanding Soviet and Russian physicist and Nobel laureate, is known for his in-depth research in astrophysics and quantum theory. In this book, he offers readers a detailed analysis of the phenomena associated with radiation friction and radiation arising from the motion of the charge with constant acceleration. From the first pages, the book captures attention, immersing in complex but fascinating concepts that may seem difficult to perceive to an unprepared reader. Ginsburg, however, masterfully explains complex physical processes, making them accessible to a wider range of readers. This work will be especially interesting for students and graduate students of physics, as well as for anyone interested in modern scientific research and theoretical aspects of physics. The topics raised in the book concern not only the basics of radiation, but also deeper issues related to the interaction of charged particles and their behavior in various physical conditions. Ginsburg examines not only the theoretical aspects but also the practical applications of his findings, making his work particularly valuable for researchers and practitioners in the field of physics. Readers will be able to learn about the effects of radiation friction on particle motion, as well as how these phenomena can be used in various scientific and technological applications. The book also raises important philosophical questions about the nature of physical reality and how our knowledge of the world can change with the development of science. Ginsburg doesn’t just expound facts; he makes the reader think about man’s place in the vast universe and how physical laws shape our understanding of the world around us. Ginsburg's style in this book is distinguished by clarity and logic. It skillfully combines a rigorous scientific approach with the accessibility of the presentation, which allows the reader not only to assimilate information, but also to enjoy the reading process. This makes the book not only a textbook, but also a fascinating reading for anyone interested in science. If you are looking for literature that will help you better understand physics and its laws, or want to expand your knowledge of radiation and particle interaction, then "On radiation and the strength of radiation friction with uniformly accelerated charge motion" will be a real find for you. This work will be useful for both students and experienced researchers who want to update their knowledge or find inspiration for new ideas. Do not miss the opportunity to get acquainted with the work of one of the greatest minds of the 20th century. Ginsburg's book is not just a scientific publication, it is an invitation to a world where physics and philosophy intersect, where every discovery can change our perception of reality.