Abstraction in Mathematics and Physics by Mikhail Iosifovich Kaganov and Gennady Yakovlevich Lyubarsky is a fascinating and in-depth study that takes the reader into the world of abstract concepts underlying mathematics and physics. This work is not only for specialists, but also for everyone who is interested in how abstraction shapes our understanding of the world around us. In the book, the authors raise important questions about how abstract ideas and concepts become the basis for practical applications in science. They explore how abstraction allows us to simplify complex phenomena and create models that help predict the behavior of physical systems. The reader will be able to learn how mathematical theories such as topology and algebra find their application in physics, from quantum mechanics to relativity. The book will be of interest to both undergraduate and graduate students, as well as teachers, as well as anyone who wants to deepen their knowledge in mathematics and physics. If you are passionate about science, love to solve puzzles and strive to understand how the world around you works, this work will be a real discovery for you. The authors offer the reader not only theoretical calculations, but also practical examples that make complex ideas more accessible and understandable. The topics raised in the book cover a wide range of topics, from philosophical reflections on the nature of abstraction to specific mathematical models used in physics. Kaganov and Lyubarsky discuss how abstraction helps in the formation of scientific thinking and how it affects the development of technology. This book is not just a textbook, but a real philosophy of science that makes you think about how we perceive and interpret reality. The style of the authors is distinguished by clarity and accessibility, which allows even complex concepts to be presented in an understandable and fascinating form. Mikhail Kaganov and Gennady Lubarsky are well-known scientists whose work in the field of mathematics and physics has been recognized both in Russia and abroad. Their previous publications, such as Mathematical Methods in Physics and Physics and Philosophy, have also been praised by readers and critics. In Abstraction in Mathematics and Physics, they continue to develop their ideas by offering new perspectives on familiar topics. The book also raises important questions about the place of abstraction in the educational process. The authors discuss how the teaching of mathematics and physics can be improved through the introduction of abstract concepts, which in turn can increase students' interest in these disciplines. This makes the book relevant not only for scientists, but also for educators seeking to make learning more effective and interesting. If you are looking for literature that combines deep scientific ideas and a fascinating presentation, Abstraction in Mathematics and Physics will be an excellent choice. This book will not only expand your horizons, but also help you better understand how abstract ideas shape our world. Do not miss the opportunity to immerse yourself in the world of science with this unique work that will inspire you to new discoveries and reflections.