The book "Physics Handbook for Engineers and Students of Universities" by Yavorsky B. M. , Detlafa A. A. and Lebedeva A. K. is an indispensable resource for anyone who seeks to better understand the physical laws and principles underlying engineering solutions and scientific research. This publication is not just a reference book - it is a whole world in which students, graduate students and practicing engineers are immersed, striving for professional growth and expansion of their knowledge. The handbook covers a wide range of topics, ranging from mechanics and thermodynamics to electromagnetism and quantum physics. Each section is written taking into account the current requirements of the curricula, which makes it an ideal assistant for students of technical specialties. The authors, having rich experience in teaching and scientific activities, managed to present the material in an accessible and logical form, which allows the reader to easily assimilate even the most complex concepts. The book will be especially useful for those who study engineering specialties, such as mechanics, electrical engineering, information technology and many others. It will be an excellent help for students preparing for exams, as well as for those who work on term and diploma projects. Professional engineers will also find in the handbook a lot of useful information that will help them in solving practical problems and in updating knowledge about modern achievements in the field of physics. The topics raised in the book cover not only theoretical aspects, but also practical applications of physical laws in real life. The authors pay attention to how physics affects everyday technologies, which makes the material especially relevant in the context of the rapid development of science and technology. Readers will be able to see how physical principles are applied in industries ranging from construction to the development of new materials and technologies. The style of the authors is clear and logical, which makes complex topics accessible for understanding. They use many illustrations, graphs and examples from practice, which allows the reader not only to remember information, but also to apply it in real situations. This approach is particularly valuable for students who often face difficulties in learning the theoretical aspects of physics. In addition, the book "Physics Handbook for Engineers and University Students" can be interesting for those who are just interested in physics and want to expand their knowledge in this area. It will be an excellent addition to the library of anyone interested in science and technology. If you are looking for something similar, pay attention to other works by authors, such as Physics for Future Engineers or Fundamentals of Physics for Tech Students, which also offer a deep dive into the world of physics. In conclusion, the Handbook of Physics for Engineers and University Students is not just a book, but a reliable assistant on the way to knowledge. It is able to inspire new engineers and scientists, give them confidence in their abilities and help to unleash the potential. If you are striving for success in your studies or career, this publication will become your faithful companion in the world of physics.