The book "Methods of mathematical physics 1-2" by Bagrov B. G. , Belova V. In. , Zadorozhny V. N. Trifonov A . Yu. is an outstanding work that will become an indispensable assistant for students, graduate students and anyone interested in mathematical physics This two-volume book covers a wide range of methods and approaches required to solve complex problems in the field of physics and related sciences. From the first pages, the reader plunges into the world of mathematical concepts, which are the basis for understanding physical phenomena. The authors, having rich experience in teaching and scientific activities, masterfully explain complex ideas, making them available to a wide audience. Each section of the book is built logically and consistently, which allows the reader to easily absorb the material and apply it in practice. The book will be of particular interest to students of physics and mathematics faculties, graduate students, as well as teachers who are looking for quality sources for preparing for classes. It can also attract the attention of researchers working in theoretical physics, mathematical physics, and applied mathematics.. If you are passionate about topics such as quantum mechanics, relativity or electrodynamics, then “Methods of mathematical physics 1-2” will become a real storehouse of knowledge for you. The topics raised in the book cover a wide range of mathematical methods, including differential equations, the theory of functions of a complex variable, special functions, and many others. The authors not only outline the theoretical foundations, but also offer many examples and tasks that will help to consolidate the knowledge gained. This makes the book not just a textbook, but a full-fledged manual for self-study. One of the features of the authors' style is their ability to combine a rigorous scientific presentation with accessibility and clarity of presentation. Bagrov, Belov, Zadorozhny and Trifonov use understandable language, which avoids overloading the text with complex terms and formulas. Instead, they offer the reader an intuitive understanding of mathematical methods, which makes the learning process more engaging and less stressful. In addition, it is worth noting that the authors are recognized experts in their fields and have many publications and scientific papers. Their experience and knowledge make this book an authoritative source that can be trusted. It is also important to note that "Methods of mathematical physics 1-2" can be useful not only for students, but also for practicing scientists who are looking for new approaches and methods to solve their research problems. If you are looking for books on mathematical physics, similar to "Methods of mathematical physics 1-2", then you should pay attention to such works as "Mathematical methods in physics" from G. F. Deineki or "Mathematical Physics" from A. L. China. These books also offer a deep dive into the world of mathematical methods and their application in physics. In conclusion, “Methods of mathematical physics 1-2” is not just a textbook, but a real find for anyone who wants to understand physical phenomena deeper through the prism of mathematics. This work will become your reliable companion in the study of complex topics, will help to develop analytical thinking and will teach you to apply mathematical methods in various fields of science. Do not miss the opportunity to enrich your knowledge and expand your horizons with this wonderful book!