The book "Determination of the specific charge of the electron by the magnetron method", written by the author's team as part of Black B. In. , Manego S. A. and Krasovsky V . In. , is a fascinating and in-depth study in physics that will be of interest to both students and professional scientists. This publication is not just a scientific work, but a real find for everyone who is interested in the basics of particle physics and experimental methods in science. In their book, the authors consider in detail the magnetron method, which is used to determine the specific charge of the electron. This is an important aspect of physics, as specific charge is one of the key characteristics of elementary particles. In the book you will find not only the theoretical foundations of the method, but also practical recommendations for its application. The authors share their experience, describing various experiments and their results, which makes the material accessible and understandable to a wide audience. Who can like this edition? First of all, it will be useful for students and graduate students studying physics, as well as teachers who are looking for quality materials for their courses . If you are interested in experimental physics or just want to understand the nature of elementary particles more deeply, this book will become a real treasure for you. It will also be of interest to scientists and researchers involved in high-energy physics and quantum mechanics. The topics raised in the book cover a wide range of issues related to particle physics, the methods of their research and the value of specific charge in modern scientific theories. The authors emphasize the importance of accurate measurements and experimental data, emphasizing that they serve as the basis for further discoveries in the field of physics. The book also touches on issues related to the history of the development of methods for the study of elementary particles, which adds additional value to it. The style of the authors is clear and accessible, which allows the reader to easily assimilate complex concepts. Black W. In. , Manego S. A. and Krasovsky V. In. use a lot of illustrations and graphics, which makes the material more clear and understandable. Their approach to presenting information helps the reader not only to understand, but also to be interested in the topic, which is an important aspect of scientific presentation. If you are looking for books on physics that will help you understand the complex issues associated with elementary particles and their properties, “Defining the specific charge of an electron by the magnetron method” will be an excellent choice. This publication will not only expand your knowledge, but also inspire further research in this exciting field of science. Do not miss the opportunity to immerse yourself in the world of physics and discover new horizons of knowledge with the help of this unique work. The book will be a reliable companion on your scientific journey and will help you understand the intricacies of experimental physics.