The book "Automodel phenomena - dimension analysis and scaling" by G. and . Barenblatta is a deep dive into the world of physics and mathematics, which will be a real discovery for anyone interested in the theoretical aspects of science. In this work, the author explores complex concepts, such as automodel phenomena, dimensions and scaling, which play a key role in understanding the processes occurring in various fields of science - from physics to biology and sociology. The book focuses on the idea of automodeling, which makes it possible to simplify the analysis of complex systems, reducing their behavior to simpler and more understandable models. Barenblatt offers the reader a unique approach to the study of system dynamics, using mathematical tools and concepts that will help to better understand how different factors interact with each other. This work not only enriches the reader with new knowledge, but also raises important questions about how we can use this knowledge to solve real-world problems. The book will be of interest not only to students and graduate students studying physics, mathematics or related disciplines, but also to professional scientists working in the field of theoretical physics, mathematical modeling and applied mathematics. If you are interested in the study of complex systems, the dynamics of processes or just want to expand your knowledge in the field of science, then “Automodel phenomena” will become a real storehouse of information for you. The topics that Barenblatt raises cover a wide range of issues related to self-organization, critical phenomena, and scaling. The author masterfully demonstrates how these concepts are applicable not only in physics, but also in other sciences, such as ecology, economics and even sociology. This interdisciplinary perspective makes the book particularly valuable for those seeking to understand how different areas of knowledge can interact and enrich each other.[citation needed] Style of writing G. and . Barenblatt is distinguished by clarity and accessibility, which allows even complex mathematical concepts to be presented in an understandable form. It uses many examples and illustrations to make the material more visual and easier to perceive. This quality makes the book not only a scientific work, but also an exciting reading that can interest even those who are not professionals in this field. If you are looking for literature that will help you deepen your knowledge in theoretical physics or mathematical modeling, pay attention to other works by the author, such as Critical Phenomena in Physics and Mathematical Methods in Physics. These books also offer in-depth analysis and original approaches to the study of complex systems. "Automodel phenomena - dimension analysis and scaling" is not just a book, but a real guide to the world of science, which will help you see the relationships between different phenomena and understand how they affect our lives. If you are ready for an intellectual challenge and want to expand your horizons, this book will be your reliable companion in a fascinating journey through the world of science.