The Theory of Solitons . Reverse Problem Method" by Zakharov V. E. , Manakova S. In. , Novikov S. P. and Pitaevsky L. P. It is a unique and in-depth study that immerses the reader in the world of nonlinear waves and solitons. This publication will be a real find for students, graduate students and researchers interested in mathematics, physics and applied sciences. The book covers a wide range of topics related to the theory of solitons - special solutions to nonlinear equations that retain their shape when propagated. The authors, known in the scientific community, offer readers not only theoretical foundations, but also practical applications, which makes the material available and relevant to people working in various fields of science and technology. One of the key topics of the book is the inverse problem method, which allows you to find the parameters of nonlinear systems based on the observed data. This approach is of great importance in areas such as hydrodynamics, optics, and even biology. The reader will be able to understand how solitons can be used to describe a variety of physical phenomena, from the behavior of liquids to the propagation of light in optical fibers. The book will be especially interesting for those who are fond of mathematical physics, theoretical physics and applied mathematics. Graduate and postgraduate students studying courses on nonlinear equations and dynamical systems will find useful materials for their research in it. It can also attract the attention of professionals working in scientific laboratories and research centers, where a deep understanding of nonlinear processes is required. The style of the authors is distinguished by clarity and logical presentation, which allows the reader to easily assimilate complex concepts. Zakharov, Manakov, Novikov and Pitaevsky are outstanding scientists whose works have long become classics in the field of theoretical physics. Their previous publications, such as Nonlinear Waves and Solitons and Course in Theoretical Physics, have also earned recognition and have become foundational to many researchers. The topics raised in the book concern not only theoretical aspects, but also practical applications, which makes it especially valuable for those who seek to apply the knowledge gained in real-world tasks. The authors emphasize the importance of an interdisciplinary approach that allows the use of solitons theory in various fields of science and technology. This makes the book relevant and in demand in the context of modern scientific progress. Readers interested in topics such as the dynamics of complex systems, nonlinear waves, and mathematical modeling will definitely appreciate the depth and breadth of the material’s coverage. The Theory of Solitons . The reverse problem method not only expands the horizons of knowledge, but also inspires new research and discoveries. Thus, this edition is not just a textbook, but a real guide to the world of solitons and nonlinear processes. It opens doors to the exciting world of science, where mathematics and physics intersect, creating new opportunities for understanding complex phenomena. If you are looking to deepen your knowledge in this field or just want to learn more about the exciting world of solitons, this book will be your reliable companion.