The book "P-adic analysis and mathematical physics", written by well-known scientists Vladimirov V. C. , Volovich and. In. and Green E. and . It is a fascinating and deep dive into the world of modern mathematical concepts that find their application in physics. This edition will be of particular interest to those seeking to understand how abstract mathematical ideas can be used to solve real-world physical problems. The book focuses on p-adic analysis, a field of mathematics that studies the properties of numbers and functions in the p-adic number system. The authors masterfully explain how p-adic numbers can be used to analyze various mathematical structures and processes, which opens up new horizons for researchers and practitioners. The book not only introduces the reader to the basics of p-adic analysis, but also demonstrates its connection with mathematical physics, which makes it unique in its kind. This work will be of interest to both students and graduate students of mathematical and physical faculties, as well as professional researchers working in the field of theoretical physics and mathematics .. Readers interested in topics such as number theory, functional analysis, and mathematical physics will find in the book many useful ideas and methods that can be applied in their own research. The authors of the book are recognized experts in their fields . Vladimirov V. C. known for his work in functional analysis and operator theory, Volovich I. In. — specialist in mathematical physics and probability theory, and Zelenov E. and . — author of many publications on r-adical analysis and its applications . Their collaboration in this book creates a synergistic effect that allows the reader to see how different mathematical concepts can intertwine and interact. The topics raised in the book cover a wide range of issues, ranging from the basics of p-adic analysis to its application in mathematical physics. The authors examine how p-adic methods can help in solving equations describing physical phenomena, and how they can be used to model complex systems. This makes the book especially relevant for those interested in modern approaches to solving problems in physics and mathematics. The style of presentation of the authors is clear and accessible, which allows the reader to easily assimilate complex concepts. Each section of the book is accompanied by examples and tasks, which contributes to a better understanding of the material. The authors also pay attention to the historical context of the development of r-adic analysis, which allows the reader to assess the importance of this area of science. The book "R-Adic Analysis and Mathematical Physics" will be an indispensable tool for anyone who wants to deepen their knowledge in mathematics and physics. It not only expands the horizons of understanding, but also inspires new research and discoveries. If you are looking for literature that combines theoretical depth and practical applicability, this edition will be a real find for you. Do not miss the opportunity to immerse yourself in the world of r-adic analysis and its amazing applications in mathematical physics. This book is the key to new knowledge and discoveries that can change your understanding of mathematics and physics.