The book "Cryogenic devices and devices in nuclear physics", published under the editorship of the outstanding scientist A. G. Zeldovich and with the participation of authors such as Nikolai Nikolayevich Agapov, N. and . Balandik and B. A. Belushkin, represents an important contribution to the field of nuclear physics and cryogenic engineering. This publication will be of particular interest to those who seek to understand more deeply how cryogenic technologies affect modern research in the field of particle physics, as well as the development of new methods and devices. The book covers a wide range of topics related to the application of cryogenic technologies in nuclear physics. The authors consider in detail the principles of cryogenic devices, their design and functionality. Readers will be able to learn about how low temperatures affect physical processes, how cryogenic devices help in particle detection, and how they are used in experiments on large colliders. An important aspect of the book is that it not only describes existing technologies, but also offers a glimpse into the future of cryogenic engineering, including promising developments and innovations. This book will be useful to both undergraduate and graduate students, as well as experienced researchers in the field of physics. It will become an indispensable reference for those who work in laboratories engaged in nuclear research, as well as for engineers and specialists developing new devices and devices. Readers interested in physics, engineering, and technology will find much useful information in this publication that will help expand their knowledge and deepen their understanding of complex processes. The topics raised in the book cover not only technical aspects, but also philosophical issues related to the boundaries of human knowledge. How do cryogenic technologies change our understanding of matter and energy? How do they contribute to the discovery of new laws of physics? These questions make the book relevant not only for highly specialized readers, but also for a wide audience interested in science and its future . The style of the authors is distinguished by clarity and accessibility, which allows even complex scientific concepts to be presented in an understandable form. A. G. Zeldovich, as one of the leading scientists in the field of theoretical physics, is known for his works, which have become classics in the scientific literature. His contribution to the study of nuclear processes and cryogenic technologies is invaluable, and this book is another confirmation of his outstanding talent and in-depth knowledge. If you’re looking for literature that combines scientific rigor and fascinating storytelling, Cryogenic Instruments and Devices in Nuclear Physics would be a great choice. This is not just a book, but a real encyclopedia that will help you understand how cryogenic technologies change the face of science and open up new horizons for research. Do not miss the opportunity to immerse yourself in the world of nuclear physics and cryogenic technologies that open doors to the future of science.