The book "Fundamentals of Computational Physics", created by a team of authors, is an indispensable source of knowledge for those who seek to understand the complex processes of modern science through the prism of computer technology. This book is a true guide to the world of numerical methods, simulations and simulations, revealing to the reader the wealth of opportunities that computational physics provides. It is designed for students, graduate students, young scientists and engineers who want to master the practical skills of solving physical problems with the help of modern software and algorithms. The book focuses on the basic principles and methods that allow modeling physical phenomena, ranging from classical mechanics and electrodynamics to quantum physics and statistical processes. The authors carefully analyze such topics as numerical methods of integration, solution of differential equations, modeling of random processes, as well as methods of data optimization and analysis. A special place is given to the practical application of these methods, which makes the book not only a theoretical manual, but also a real practical guide for those who want to learn how to use computational tools to solve real physical problems. The style of presentation in the Fundamentals of Computational Physics is clear and accessible, which is especially important for beginners, but the book contains deep enough technical details to interest experienced specialists. The authors use living language, illustrate complex concepts with clear examples and step-by-step instructions, which helps the reader not only to understand the theory, but also to learn how to apply it in practice. There are many graphs, diagrams, and code snippets in the book, which makes the learning process interactive and fun. This book is perfect for undergraduate and graduate students studying physics, mathematics or engineering sciences, as well as specialists working in the field of research, modeling and development of software solutions. It will become an indispensable assistant for those who want to expand their knowledge in the field of numerical methods, master modern modeling tools and learn to solve complex problems that previously seemed impossible. In addition, the book will interest science lovers who want to understand how computer technology helps to reveal the secrets of nature and accelerate scientific progress. “Fundamentals of computational physics” is not just a textbook, but a real window into a dynamically developing field where physics meets computer science and theory meets practice. It raises important topics such as modeling physical systems, numerical methods for solving equations, big data processing, and visualization of results. The reader will learn how to create their own programs and algorithms for modeling, which makes the book relevant in the era of digital technology and large computing. The authors of the book are recognized experts in the field of computational physics, who have extensive experience in teaching and research. Their style of presentation is characterized by liveliness, clarity and the desire to convey complex ideas as clearly as possible. In their other works, they often turn to the application of modern computational methods in physics, which makes their book especially valuable for those who want to keep up with the latest scientific trends. If you are looking for a book that will help you understand how modern computational methods are used to solve physical problems “Basics of Computational Physics” will be an excellent choice. It will open up new horizons of knowledge and teach you how to use powerful tools to simulate the world around us. In today's world, where science and technology are closely intertwined, this book is your reliable companion on the way to professional growth and scientific discoveries.