Mathematical Modeling of Nanostructures and Their Physical Properties, edited by P. A. Brager is a unique tutorial that opens doors to the fascinating world of nanotechnology and mathematical modeling. In the context of the rapid development of science and technology, especially in the field of materials science and physics, this publication becomes an indispensable tool for students, graduate students and researchers seeking to better understand the complex processes occurring at the nanoscale. From the first pages, the book immerses the reader in the basics of mathematical modeling, explaining how mathematical methods can describe and predict the physical properties of nanostructures. This manual not only introduces theoretical aspects, but also offers practical examples, which makes it especially valuable for those who want to apply the knowledge gained in practice. The reader will be able to learn how modeling helps in the development of new materials with specified properties, which is a key aspect in modern scientific research. Who can like this manual? First of all, it is addressed to students and graduate students studying physics, materials science, chemistry and related disciplines . But not only them! Researchers and practitioners working in the field of nanotechnology will also find in the book a lot of useful information that will help in their professional activities . Even those who are simply interested in the latest achievements of science and technology will be able to learn from this publication a lot of new and exciting things. The topics raised in the book cover a wide range of issues, ranging from the basics of mathematical modeling to the complex physical properties of nanostructures. The reader will get acquainted with methods that allow predicting the behavior of materials at the nanoscale, as well as with modern approaches to the study of their properties. The book focuses on the importance of an interdisciplinary approach in science, emphasizing how mathematics, physics and chemistry interact with each other in the process of creating new technologies. The style of the authors is distinguished by clarity and accessibility, which makes complex concepts understandable even for those who are just starting their way in this area. The team of authors includes experienced specialists who share their knowledge and experience, which gives the book special value. If you are familiar with other works of R. A. Brager, you know that he always strives to make science accessible and interesting to a wide audience. The book “Mathematical Modeling of Nanostructures and Their Physical Properties” is not just a textbook, but a real guide to the exciting world of nanotechnology. It will be an indispensable tool for anyone who wants to understand how the world works at the level of atoms and molecules, and how this knowledge can be applied to create new, more efficient materials and technologies. If you are looking for literature on mathematical modeling, physics of nanostructures or want to deepen your knowledge in the field of nanotechnology, this manual should definitely take a place on your shelf. Do not miss the opportunity to discover new horizons of science and technology with this fascinating and informative book!