The book "Mathematical modeling of thermoelectric processes in structures of semiconductor products with defects" edited by A. M. Khodakova is a unique and profound work that immerses the reader in the world of complex physical processes occurring in semiconductors. This work, created by a team of authors, is an important contribution to the field of semiconductor physics and materials science, and can also become a reference book for students, graduate students and specialists working in this field. The book examines the key aspects of mathematical modeling, which allows us to understand how defects in semiconductor structures affect thermoelectric processes. The authors emphasize that the presence of defects can significantly change the physical properties of materials, which, in turn, is of great importance for the development of new technologies and devices. The reader will be able to learn about the different types of defects, their origin and impact on the characteristics of semiconductors, which makes the book relevant for both theorists and practitioners. Who can like this book? First of all, it will be of interest to students and graduate students studying semiconductor physics, materials science, as well as engineers and researchers working in the field of microelectronics and nanoelectronics . If you are passionate about modern technology, want to understand the intricacies of semiconductor devices and understand how defects can affect their performance, then this book will be a real find for you. The topics raised in the book cover a wide range of issues related to thermoelectric processes and their modeling. The authors pay attention to both theoretical aspects and practical applications, which allows the reader not only to understand the basics, but also to see how this knowledge is applied in real-world conditions. The book also touches on important issues related to the optimization of semiconductor products, which makes it especially valuable for specialists engaged in the development of new technologies. The style of the authors is clear and accessible, which allows even complex concepts to be explained in simple language. This makes the book not only a scholarly work, but also a teaching aid that can be useful to a wide audience. The team of authors includes experts with extensive experience in the field of physics and materials science, which gives the work additional value. If you are looking for literature on mathematical modeling, thermoelectric processes or semiconductor products, then “Mathematical modeling of thermoelectric processes in structures of semiconductor products with defects” will be an excellent choice. This book will not only expand your knowledge, but also inspire new research and experimentation in an area that continues to evolve and open up new horizons. In conclusion, it is worth noting that the work of A. M. Khodakov and his colleagues is not just a book, but a whole encyclopedia of knowledge that will be useful to everyone who is interested in modern technologies and their basics. Do not miss the opportunity to immerse yourself in the fascinating world of semiconductors and discover new horizons of science!