The book "Methods of mathematical physics" by Levashkin E. In. and Orlova M. and . This is not just a textbook, but a real guide to the complex and exciting world of mathematical methods underlying modern physics. This book is intended for those who seek to understand how mathematics helps to unlock the secrets of nature, and for those who want to master the tools necessary to solve complex physical problems. It will become an indispensable assistant both for students starting their way in the field of mathematical physics, and for specialists looking for a systematic and in-depth presentation of key methods. “Methods of mathematical physics” by Levashkin and Orlov is not just a collection of formulas and theorems In it, the authors masterfully combine theoretical foundations with practical applications, demonstrating how mathematical methods help to model and analyze real physical processes. The reader plunges into the fascinating world of differential equations, integration methods, function theory and special functions, as well as learns about modern approaches to solving problems in electrodynamics, mechanics, quantum physics and other fields. Thanks to a clear and accessible style of presentation, the book turns into an exciting journey on complex topics, making them understandable and interesting. This book has a practical focus.. [ There are many examples, tasks and exercises that help to consolidate the material and understand how to apply theoretical knowledge in real scientific research. This makes "Mathematical Physics Methods" a valuable tool for students, graduate students and faculty, as well as for engineers and researchers working in the field of applied physics and engineering sciences. The book is excellent for self-study, as well as for use in educational programs in mathematical physics. The author's style of Levashkin and Orlov is distinguished by clarity, logic and depth. They are able to explain the complex in simple words, without missing important details and nuances. In their works, there is a passion for science and a desire to make complex topics available to a wide range of readers. These books are often recommended as a must-read for those who want not only to master mathematical methods, but also to understand their role in modern physics and engineering. Their other well-known works, such as textbooks on differential equations and function theory, confirm the high level of professionalism and pedagogical skill of the authors. The book "Methods of mathematical physics" is especially relevant for those who are interested in the fundamental aspects of science and want to expand their knowledge of the mathematical tools that underlie physical theories. It raises important topics related to the solution of complex differential equations, function theory, approximation methods, and analytical techniques, making it a noteworthy textbook and scientific source. Readers will find here not only theoretical calculations, but also practical recommendations that will be useful in scientific research and engineering developments. If you are looking for a book that will help you understand how mathematics reveals the secrets of the universe, or you want to strengthen your knowledge in the field of mathematical physics, Levashkin and Orlov’s “Methods of Mathematical Physics” will become a valuable and inspiring resource for you. This book is an excellent choice for those who appreciate in-depth knowledge, clear explanation and practical application of scientific methods. It can be recommended to students, graduate students, teachers and anyone who wants to understand the complex but incredibly important tools of modern science.