The book "Multi-electron atom" under the authorship of B. G. Cirelson and M. F. Bobrova is not just a textbook, but a real find for students, graduate students and anyone interested in atomic physics and quantum mechanics. Published in 2006 at the Publishing Center of the RHTU, this work is a deep and comprehensive study devoted to the complex structure of multielectron atoms and their interaction with external fields. The book discusses the main aspects of the theory of multi-electron atoms, ranging from basic concepts to complex mathematical models. The authors, with considerable experience in the field of theoretical physics, offer readers a unique look at the problems associated with the description of electron shells, the interaction of electrons and the influence of various factors on atomic properties. The reader will be able to learn how multi-electron effects affect the spectra of atoms and molecules, as well as how this knowledge is applied in modern technologies such as lasers and quantum computers. The book will be especially useful for students of physics, chemistry and engineering specialties, as well as graduate students and researchers engaged in research in the field of atomic and molecular physics. It is suitable for those who want to deepen their knowledge in the field of quantum mechanics and the theory of atomic structures. With an accessible language and a clear structure, even complex concepts become comprehensible, making this book an excellent tutorial for self-study. The topics raised in the book cover a wide range of issues: from the foundations of quantum mechanics to modern advances in atomic physics. The authors pay special attention to mathematical methods used to solve problems associated with multielectronic systems, which allows the reader not only to understand the theory, but also to learn how to apply it in practice. This makes the Multielectronic Atom a valuable resource for anyone who wants not only to study physics, but also to actively apply the acquired knowledge in scientific activities. The style of the authors is distinguished by clarity and logical presentation, which makes it easy to follow the course of thought and absorb the material. In. G. Zirelson and M. F. Bobrov are known for their work in theoretical physics, and their experience is reflected in every page of this textbook. Their previous publications have also earned recognition in the scientific community, which adds additional value to this manual. If you are looking for literature that will help you understand the complex issues of the multi-electron structure of atoms, this book will become your reliable companion. It will not only expand your knowledge, but also inspire further research in the field of physics. "Multi-electron atom" is not just a textbook, but a key to understanding one of the most exciting and complex areas of science. So, if you are a student, graduate student or just a physics enthusiast who wants to deepen your knowledge of multi-electron atoms, don’t miss the opportunity to read this unique book. It will be an important step towards understanding the complex processes occurring in the world of atoms and molecules, and will open up new horizons in the study of physics.