The Visualization of Differential Games of Simple Pursuit: Learning. -method. Handbook" is a unique edition created by a team of authors, which immerses the reader in the fascinating and complex world of mathematical game theory. This work is intended for students, graduate students, and faculty interested in mathematics, game theory, and its practical applications. If you are looking for sources on topics such as mathematical modeling, optimization or dynamic systems, then this guide will be a real find for you. The visualization of differential games is not just a dry theory, but a whole world where strategies, tactics and mathematical models intertwine, creating exciting scenarios. The book invites the reader to get acquainted with the basics of differential games of simple pursuit, where one player (stalker) seeks to catch another (the fugitive) in a dynamically changing environment. This creates many interesting problems that require the reader not only mathematical knowledge, but also a creative approach to solving problems. One of the key features of this manual is its emphasis on visualization. The authors suggest that the reader not only study the theory, but also see how it works in practice. With the help of graphs, diagrams and other visual aids, the reader will be able to better understand complex concepts and see how they are applied in real-world scenarios. This makes the book especially useful for visuals that perceive information better through images and diagrams. Who can like this manual? First of all, this publication will be interesting for students of mathematical and engineering specialties, as well as graduate students engaged in research in the field of game theory . Teachers looking for additional materials for their courses will also find the book a lot of useful. In addition, practitioners working in areas related to optimization and mathematical modeling will be able to benefit from the manual. The topics raised in the book cover a wide range of issues related to game theory, including interaction strategies, optimal paths, and analysis of player behavior under uncertainty. The authors discuss how various factors can influence the outcome of the game, and how mathematical methods can be used to find optimal solutions. These aspects make the manual relevant to study not only in the academic environment, but also in practical applications such as economics, ecology, and even military strategies. The style of the authors is clear and accessible, which allows the reader to easily assimilate even the most complex concepts. They use a lot of examples and tasks that help to consolidate the knowledge they have gained .. This makes the book not only a textbook, but also a fascinating reading for anyone interested in mathematics and its applications. If you’re interested in books like John von Neumann’s Game Theory or Richard X’s Strategy: Playing on the Edge Thaler's Visualization of Differential Games of Simple Pursuit will be a great addition to the library for you. This guide will not only enrich your knowledge, but also help to develop analytical thinking and a strategic approach to solving problems. In conclusion, "Visualizing Differential Games of Simple Pursuit: Learning. -method. This book is not just a book, but a whole world of opportunities for those who are ready to immerse themselves in the study of differential games. It will become a reliable assistant in your educational path and will open new horizons in understanding complex mathematical concepts.