The Graphenes and Their Physical Properties: A Study Guide, edited by P. A. Brahe is a unique work that immerses the reader in the exciting world of nanomaterials, in particular graphene. This textbook will be a real find for students, graduate students and specialists in the field of physics, materials science and engineering, as well as for anyone interested in modern scientific achievements and their practical applications. Graphene is known to be one of the most promising materials of the 21st century. Its unique physical properties, such as high strength, lightness, conductivity and flexibility, open new horizons for technology, from electronics to medicine. Brager's book details not only the physical characteristics of graphene, but also its interaction with other materials, making it an indispensable source of information for those who want to understand how these amazing structures can change our future. The textbook covers a wide range of topics, including the methods of obtaining graphenes, their structural features and methods of research. The reader will find here both theoretical foundations and practical aspects of working with graphene. Each section is written in an accessible language, which allows even those who are just starting their way in science to easily assimilate complex concepts. The book is replete with illustrations and diagrams that help to visualize the ideas discussed and make the material more understandable. This book will be interesting not only for students and graduate students, but also for professionals working in the field of nanotechnology, electronics, physics and chemistry. If you are looking for information about new materials that can change the world, or want to expand your knowledge of graphene, this guide will become your reliable companion. It will also be useful to teachers who are looking for quality teaching materials for their students. The topics raised in the book go beyond the simple description of graphene. The authors discuss their potential applications in various fields, such as creating new types of batteries, improving the properties of solar panels, and even in medicine, where graphenes can be used to deliver drugs at the cellular level. These aspects make the book particularly relevant in light of contemporary challenges facing humanity, such as the need for sustainable energy sources and new approaches to the treatment of diseases. The style of the authors is distinguished by scientific rigor, but at the same time they strive to make the material available to a wide audience. This makes the book not only a textbook, but also a fascinating reading for anyone interested in science and technology. R. A. Brager and his team have done a tremendous job of presenting information in a structured and logically consistent way, allowing the reader to navigate complex topics with ease. If you’re looking for books on physics, nanomaterials, or modern technology, Graphenes and Their Physical Properties will be a great addition to your library. This guide will not only expand your knowledge of graphene, but also inspire new ideas and research. Do not miss the opportunity to touch the advanced achievements of science and learn how graphene can change our world.