The book "Elements of the mathematical theory of visual perception" by B. N. Kozlova is a fascinating and in-depth study that combines mathematics and psychology, opening up new horizons for the reader in understanding how we perceive the world around us. This work will be of interest not only to specialists in the field of psychology and neurobiology, but also to anyone who seeks to better understand the mechanisms of human perception. Kozlov focuses on the basic principles of visual perception, which he considers through the prism of mathematical models. The author offers readers a unique perspective on how visual information is processed by our brains, and how various factors, such as light, color, and shape, affect our perception of objects. The book is full of intriguing examples and illustrations that make complex concepts more accessible and understandable. The reader will be able not only to learn about the theoretical foundations, but also to see how these ideas are applied in practice. Who can like this work? First, the book will be of particular interest to students and graduate students studying psychology, neurobiology and related disciplines . It will also attract the attention of professionals working in the field of design, artificial intelligence and computer graphics, since understanding visual perception can significantly improve the quality of their work. In addition, science lovers and those interested in how the human brain works will find a lot of useful information in this book. The topics raised in the book cover a wide range of issues, from the basics of color perception to complex models that explain how we recognize objects in complex visual environments. Kozlov focuses on how mathematical models can help explain psychological phenomena, making his work unique in its kind. This book is not just a scientific study, but also an attempt to link theory with practice, which makes it especially valuable for readers seeking to apply the knowledge gained in real life. Kozlov’s style is clear and logical, which makes even the most complex concepts understandable. He skillfully uses examples from everyday life to illustrate his ideas, which allows the reader to easily absorb material. In. N. Kozlov is also known for his other work on psychology and neuroscience, and his approach to the study of visual perception in this book continues the tradition of deep and thoughtful analysis. If you are looking for a book that will help you understand how visual perception works, and how mathematics can be used to explain psychological processes, “Elements of a mathematical theory of visual perception” will be an excellent choice. This work will not only expand your knowledge, but will also make you think about how we perceive the world in which we live. Do not miss the opportunity to immerse yourself in the exciting world of science and discover new horizons of understanding!