The book "Solvable models in quantum mechanics", written by outstanding scientists Sergio Albeverio, F. Gestezi, R. Heeg-Kron and H. Holdenom, represents a unique contribution to the field of theoretical physics and quantum mechanics. Translated into Russian by . A. Geiler and others, this work will be a real discovery for anyone who seeks to better understand the complex aspects of quantum systems and their mathematical models. The book focuses on solvable models that serve as an important tool for the study of quantum systems. The authors offer readers a detailed analysis and systematization of various approaches to solving the equations of quantum mechanics, which makes the material available to both students and experienced researchers. The book covers a wide range of topics, including spectral theory, the dynamics of quantum systems, and particle interaction, allowing the reader to see how theoretical concepts are applied in practice. “Soluted models in quantum mechanics” will be of interest not only to physicists, but also to mathematicians, engineers and everyone who is passionate about science. Graduate students and graduate students studying quantum mechanics will find useful materials in it to prepare for exams and scientific papers. Experienced researchers will be able to use the book as a reference, enriching their knowledge of modern methods and approaches in quantum theory. The topics raised in the book have not only academic value, but also practical application. The authors discuss how solvable models can be used to develop new technologies, such as quantum computers and quantum cryptography systems. This makes the book relevant in light of current scientific research and technological advances. The style of the authors is distinguished by clarity and logical presentation, which allows the reader to easily assimilate complex concepts. Albeverio and his co-authors are known for their previous work in mathematical physics and quantum theory, which lends additional weight to their research. Their other well-known works, such as Quantum Mechanics: Mathematical Foundations and Spectral Theory and Quantum Mechanics, are also noteworthy and can serve as an excellent addition to Solved Models in Quantum Mechanics. The book not only expands the horizons of understanding quantum mechanics, but also inspires further research in this exciting field. Readers interested in topics related to quantum physics, mathematics and modern technology will find in it many ideas and concepts that can become the basis for their own research and development. Do not miss the opportunity to immerse yourself in the world of quantum mechanics with “Solving models in quantum mechanics”. This work will become a reliable companion on the way to understanding the complex processes taking place in the microcosm, and will open new horizons for your scientific and creative development.