The book "Physical properties of nanomaterials", written by the author's team as part of E. A. Shuvaeva, V. Yu. Entered and A. C. Perminova is a fascinating and in-depth study devoted to one of the most relevant and promising areas of modern materials science. This work will be an indispensable source of knowledge for students, graduate students, researchers and anyone interested in physics, chemistry and engineering at the nanoscale. In recent decades, nanomaterials have attracted increasing attention of scientists and engineers due to their unique properties, which differ significantly from the properties of macroscopic materials. The book "Physical Properties of Nanomaterials" invites the reader to plunge into a world where size matters, and where even the tiniest particles can have a huge impact on technological processes and everyday life. The authors examine in detail the physical characteristics of nanomaterials, such as mechanical, optical, electrical and thermal properties, as well as their behavior under various conditions. Readers interested in the latest advances in nanotechnology will find in this book a lot of useful information about how nanomaterials can be used in medicine, electronics, energy and other industries. The book will be especially useful for those who seek to understand how the properties of materials can be controlled at the nanoscale, creating innovative solutions for modern problems. The topics raised in the book cover a wide range of issues, including the interaction of nanoparticles with the environment, methods of synthesis and characteristics of nanomaterials, as well as their application in various fields of science and technology. The authors not only share their knowledge, but also offer the reader a unique view on the prospects for the development of nanomaterials in the future. This book will be a real guide to the complex but fascinating world of nanoscience. The style of the authors is distinguished by clarity and accessibility, which allows even those who do not have deep knowledge in physics or materials science to easily absorb the material presented. The book is replete with examples, illustrations and graphics, which makes it not only informative, but also visually attractive. The authors, each of whom is a recognized expert in their field, were able to combine their efforts to create a work that will be useful for both professionals and science lovers. If you are looking for literature that will help you understand the physics of nanomaterials more deeply, or want to expand your knowledge in the field of modern technologies, “Physical Properties of Nanomaterials” will be an excellent choice. This book will be of interest to students of technical and natural sciences, graduate students, as well as anyone who wants to be aware of the latest achievements in the field of nanotechnology. In conclusion, it is worth noting that the work of Shuvaev, Vvedensky and Perminov is not just a scientific work, but a real find for everyone who seeks to understand how science and technology can change our world. Read and discover new horizons, because the future has already come, and it is associated with nanomaterials!