"Classical Calibration Fields: Theories with Fermions. Non-Commutative Theories" is an outstanding work written by the famous Russian physicist and theorist, Academician Rubakov V.. A. This book immerses the reader in the world of complex and exciting concepts of theoretical physics, exploring gauge fields and their interactions with fermions in the context of noncommutative theories. From the first pages, the author sets the tone for a deep analysis and research that will be of interest to both professional physicists and students seeking to deepen their knowledge in the field of theoretical physics. Rubakov, known for his work on cosmology and quantum field theory, uses his unique style of presentation, which combines rigorous scientific argumentation with accessibility to a wide audience. His approach allows readers not only to understand complex concepts, but also to see their practical application. The book covers a wide range of topics, ranging from the basics of gauge theories to more complex aspects related to noncommutative geometry. Rubakov explains in detail how calibration fields serve as a basis for describing the interactions of elementary particles, and how fermions, possessing unique properties, affect these interactions. He also examines how noncommutative theories open new horizons in understanding physical reality, offering a fresh perspective on old problems. For whom is this book intended? It will be of interest not only to graduate students and researchers in the field of theoretical physics, but also to everyone who is fond of science and wants to understand how the basic laws of nature work. Readers interested in topics such as quantum mechanics, general relativity, and cosmology will find much useful information and deep reflection in this book. Topics raised in the "Classic Calibration Fields" go beyond purely scientific questions. Rubakov touches on the philosophical aspects of physics, reflecting on how our ideas about space and time can change in the light of new discoveries. He emphasizes that science is not only a set of formulas and equations, but also a way of understanding the world that surrounds us. The book is also distinguished by its style. Rubakov is able to explain complex ideas in a simple and understandable language, which makes his work available to a wide audience. His previous works, such as “Cosmology and Quantum Theory” and “Quantum Field Theory”, have already won recognition among readers and critics, and “Classical Calibration Fields” will be no exception. If you are looking for a book that will not only expand your knowledge of theoretical physics, but also make you think about deeper questions of being, then "Classical Calibration Fields: Theories with Fermions. Non-commutative theories" is exactly what you need. This work will be an indispensable tool for all who seek to understand the complex mechanisms that govern our universe, and will provide an opportunity to look at physics from a new, deeper perspective.