The book "Ultrasound in the processes of self-propagating high-temperature synthesis" by Vladimir Vasilyevich Klubovich is a unique and in-depth study that opens new horizons in the field of materials science and physics. In it, the author shares his knowledge and experience, exploring how ultrasound can influence the processes of material synthesis, which makes this work important for scientists, engineers and students interested in modern technologies and their application. Known for his scientific publications and works in the field of physics and materials science, he invites readers to plunge into the world of high temperatures and complex chemical reactions. His writing style is clear and accessible, which allows even those who are not experts in the field to understand the basic ideas and concepts. The book is not only informative, but also fascinating, thanks to a variety of examples and illustrations that help visualize complex processes. "Ultrasound in the processes of self-propagating high-temperature synthesis" examines key aspects of the use of ultrasound to improve the characteristics of synthesized materials. The author explains in detail how ultrasonic waves can accelerate reactions, increase the efficiency of processes and even change the structure of the obtained substances. This discovery is of great importance for the development of new materials that can be used in various industries, from electronics to medicine. The book will be of interest to a wide range of readers: from students and graduate students studying physics and chemistry, to professionals working in the field of materials science and engineering. It will be a useful tool for those who want to deepen their knowledge of modern methods of synthesis and application of ultrasound in scientific research and industry. Readers interested in topics such as nanomaterials, high-temperature superconductors, and new technologies in electronics will find a lot of useful information in this book. The topics raised in the book go beyond pure science. Klubovic touches on issues of sustainable development and environmentally friendly technologies, which makes his work relevant in the light of modern challenges. He emphasizes how new synthesis techniques can help to create more efficient and safer materials, which in turn contributes to the development of technologies aimed at improving the quality of life. The style of Klubovich is distinguished by scientific rigor, but at the same time he knows how to make complex things understandable. His previous works, such as Modern Methods of Synthesizing Materials and High Temperature Physics, have also gained recognition in the scientific community and have become the basis for many studies. In this book, the author continues his tradition, offering readers not only theoretical knowledge, but also practical recommendations for the use of ultrasound in synthetic processes. Thus, “Ultrasound in the processes of self-propagating high-temperature synthesis” is not just a book, but a real find for everyone who is interested in modern scientific achievements and their application in real life. It inspires new discoveries and research, opening the door to a world of high technology and innovative materials. If you want to be at the forefront of science and technology, this book will be your reliable guide to the fascinating world of high-temperature synthesis and ultrasonic technology.