Computational Physics on Supercomputers by A. M. Satan, S. M. Kashin and A. and . Gelman is a unique educational and methodological complex that opens up to readers the exciting world of modern computing technologies and their applications in physics. This book is intended for those who seek to understand how powerful supercomputers transform scientific research, and who want to master the skills of modeling physical processes at the highest level. The book focuses on the practical application of computational physics on supercomputers. which makes it an indispensable aid for students, Post-graduate students and young scientists , and for professionals, Working in the field of numerical methods , Computer Modeling and High Performance Computing . The author’s team, consisting of recognized experts, masterfully combines theoretical foundations with practical tasks, which allows the reader not only to understand complex concepts, but also to apply them in practice, creating their own models and algorithms. “Computational Physics on Supercomputers” is not just a textbook, but a guide to the world of modern technology. The reader is immersed in a variety of topics: from the basics of numerical methods and algorithms for solving differential equations to the peculiarities of programming parallel systems and optimizing computational processes. Particular attention is paid to practical aspects - working with real supercomputer platforms, writing effective programs and using specialized libraries. All this helps to prepare specialists capable of solving complex problems in physics, materials science, astrophysics and other fields of science. The book "Computational Physics on Supercomputers" is perfect for senior students, graduate students and young scientists who already have basic knowledge in the field of physics and programming. It will be interesting for those who want to expand their horizons, master modern modeling tools and learn how to work with high-performance computing systems. The book can also be a valuable resource for teachers and specialists leading courses in computational physics and numerical methods. The peculiarity of this educational and methodological complex is its systematic approach and practical orientation .. The author's style is distinguished by clarity and accessibility, which makes complex topics understandable even for those who are just starting their way in the field of computational physics. In the book, real cases are analyzed in detail, examples of software solutions and algorithms are given, which allows the reader not only to learn the theory, but also to learn how to use it in real scientific problems. In addition, the book "Computational Physics on Supercomputers" raises important topics related to the development of computer technology, modern trends in the field of parallel computing and artificial intelligence. This makes it relevant and in demand in the context of rapid technological progress, when the ability to work with supercomputers becomes one of the key skills for a scientist and engineer. If you are looking for a book This will help you understand ,. how modern computing systems are changing approaches to solving physical problems and you want to learn how to create your own models based on supercomputers "Computational physics on supercomputers" is your reliable guide to this fascinating and promising world This book is an excellent choice for those who appreciate quality, practical orientation and relevance, and who are ready to step into the future of scientific research, armed with powerful computational tools.