The book "Physico-chemical bases of obtaining semiconductors", written by a team of authors, is an important work that immerses the reader in the world of semiconductor technologies, their production and application. This publication will be of particular interest to those seeking to understand not only the theoretical aspects, but also the practical methods used in this high-tech field. Semiconductors play a key role in the modern world, from electronics to energy, and this book opens the door for readers to the exciting world of physics and chemistry that underlies the creation of these materials. The authors, possessing deep knowledge and experience, offer readers a systematic approach to the study of physical and chemical processes that occur when obtaining semiconductors. They consider both traditional and modern methods, including deposition, diffusion and other technologies that are used to create high-quality semiconductor materials. The book will be useful to both undergraduate and graduate students studying physics, chemistry and materials science, as well as professionals in the field of electronics and semiconductor technologies. It is suitable for those who are interested in new technologies, seek to deepen their knowledge in the field of materials science and want to be aware of the latest achievements in this dynamically developing area. Readers passionate about science and technology will find in this book a lot of useful information that will help them better understand how semiconductors affect our lives and what innovations await us in the future. One of the key topics raised in the book is the interaction of physical and chemical processes in the creation of semiconductors. The authors analyze in detail how various factors, such as temperature, pressure and composition of materials, affect the quality and properties of the obtained semiconductors. This knowledge is especially important for developers of new technologies seeking to create more efficient and reliable devices. The book also addresses issues of ecology and sustainable development, which makes it relevant in light of contemporary challenges. The authors discuss how to minimize the negative impact on the environment in the production of semiconductors and what alternative materials can be used in the future. This makes the publication not only a technical guide, but also an important contribution to the discussion of sustainable development in the scientific and engineering environment. The style of the authors is clear and accessible, which allows even complex concepts to be explained in simple and understandable language. This makes the book attractive to a wide audience, including those just beginning their journey into semiconductor technology. In addition, the team of authors includes experts from various fields, which gives the work a multifaceted and diverse approach. If you are looking for books on semiconductors, physics or materials science, "Physical and chemical basics of obtaining semiconductors" will be a great addition to your library. This edition will not only expand your knowledge, but also inspire new ideas and projects. In a world where technology is advancing at an incredible rate, understanding the fundamentals of semiconductors becomes not just useful, but essential to a successful career in science and engineering.