Metal Physics is a fascinating and in-depth study that opens the world of materials science and physics to the reader, focusing on the unique properties of metals. A team of authors, consisting of leading experts in physics and engineering, created this book to make complex concepts available to a wide audience. This work will be a real find for students, graduate students, teachers, as well as anyone interested in science and technology. The book covers a wide range of topics, ranging from the atomic structure of metals and their crystal lattices, to the mechanical properties and behavior of metals under various conditions. The authors seek to explain how the physical properties of metals affect their application in industries ranging from construction to electronics. The reader will be able to learn how temperature, pressure and other factors influence the behavior of metals, as well as how this knowledge can be used to create new materials with improved characteristics. "Metal physics" not only provides a theoretical basis, but also includes practical examples and research, which makes it especially valuable for those who want to apply the knowledge gained in practice. This book will be interesting not only to specialists, but also to those who want to understand how things around us work. If you’ve ever wondered why some metals are used in construction and others in electronics, this book will help you find the answers to these questions. The topics raised in the book are relevant and important for modern society. With the rapid development of technology and the need to create new, more efficient materials, understanding the physics of metals is becoming critically important. The authors emphasize that knowledge of the properties of metals can lead to innovation in a wide variety of fields, from medicine to renewable energy sources. This book is not just a textbook, but a real guide to the world of modern technologies and scientific discoveries. The style of the authors is distinguished by clarity and accessibility, which makes complex concepts understandable even for those who do not have deep knowledge in the field of physics. They use many illustrations and diagrams, which helps to visualize the material and make it more understandable. Readers familiar with other works by authors, such as Materials Science or Solid State Physics, will appreciate the consistency and depth of the presentation that has become the hallmark of their style. This book will be of interest not only to technical students, but also to anyone who wants to expand their knowledge of the world around them. It is suitable for both high school and university students, as well as for professionals working in the field of materials science and engineering. If you are looking for literature that combines scientific rigor and practical applicability, Metal Physics will be an excellent choice. In conclusion, Metal Physics is not just a book about materials, it is the key to understanding the foundations on which modern science and technology are built. It inspires new discoveries and provides an opportunity to look into the future, where knowledge about metals can lead to revolutionary changes in various industries. Do not miss the chance to immerse yourself in this fascinating world that opens up before you the Physics of Metals.