"Classical Calibration Fields: Bosonic Theories: [teaching]. manual]" is a unique textbook written by the outstanding Russian physicist Rubakov V. A. which immerses the reader in the exciting world of theoretical physics. This book will become an indispensable assistant for students, graduate students and anyone interested in modern physical theories, especially in the field of quantum mechanics and field theory. In his work, Rubakov offers the reader a detailed and in-depth study of classical gauge fields, which play a key role in understanding fundamental interactions in nature. The author masterfully explains complex concepts, such as bosonic theories, using accessible language and illustrative examples. The reader will be able to learn about how gauge fields form the basis for describing electromagnetic and weak interactions, as well as how they relate to more complex structures such as supersymmetry theories and string theories. The book will be of interest not only to physics students, but also to those who already have experience in this field and want to deepen their knowledge. Rubakov appeals to readers with different levels of training, offering both theoretical foundations and practical applications. This makes it a universal tool for anyone who seeks to understand the laws governing our universe. Topics raised in the book range from the basics of gauge theory to more complex aspects such as field interaction and their quantization. Rubakov not only explains the theoretical aspects, but also emphasizes their practical importance, which makes the material especially valuable for those who want to apply their knowledge in scientific research or in engineering practice. The book also touches on philosophical questions concerning the nature of matter and interactions, which can arouse interest among readers interested not only in physics, but also in metaphysics. Rubakov’s style is clear and logical, which allows him to effectively convey complex ideas. His approach to learning is based on a deep understanding of the subject and the desire to make it available to a wide audience. In his previous works, such as “Cosmology and quantum gravity” and “Quantum field theory”, the author has already established himself as a talented teacher and researcher, able to inspire and captivate readers. If you are looking for a book that will not only expand your knowledge of physics, but also become a source of inspiration for further research, “Classical Calibration Fields: Boson Theories” is exactly what you need. It is ideal for students, graduate students, teachers and anyone interested in the latest advances in theoretical physics. Do not miss the opportunity to immerse yourself in the world of calibration fields and discover the secrets that they hold. This book will be your reliable companion on the way to understanding complex physical phenomena and will open new horizons in the study of nature.