"Measurements and Instruments in Physical Experiments: A Textbook" by V.V. Andreev, T.K. Chekhlova, and D.V. Chuprov is an indispensable resource for students, graduate researchers, and anyone interested in the practical side of physics. More than just a textbook, this guide is a treasure trove for those eager to deepen their understanding of how physical experiments are conducted, how to properly use measurement devices, and how to interpret the data they produce. From the very first pages, the authors immerse readers in the fascinating world of physics, where each measurement becomes a key to unlocking the laws of nature. Covering a broad range of topics—from fundamental measurement techniques to cutting-edge methods used in modern research—the book offers insights into various types of measuring instruments, their principles of operation, and their applications. This makes it especially valuable for students preparing for practical labs and experiments, as mastering the correct use of tools is essential for successful results. Who will find this guide useful? Primarily, it is designed for students of physics and mathematics, as well as those studying related fields such as engineering and natural sciences. If you are passionate about physics and want to gain both theoretical knowledge and practical skills, this book will be your reliable companion. It will also appeal to educators and researchers seeking to update their understanding of contemporary measurement technologies. The topics explored go beyond technical details, touching on philosophical questions about measurement accuracy and reliability. The authors emphasize the importance of critical thinking and data analysis—especially relevant in an age when information is abundant. You will learn how measurement errors can influence experimental outcomes and how to minimize them effectively. The authors’ clear and accessible style makes complex concepts understandable even for beginners. They incorporate numerous examples and illustrations to facilitate better comprehension, making the learning process engaging and enjoyable. Additionally, the book references their previous works, such as "Physical Experiments: Theory and Practice," allowing readers to see how their ideas and teaching approaches have evolved. "Measurements and Instruments in Physical Experiments" is also a practical tool for exam preparation and scientific conferences, featuring a variety of exercises and self-assessment questions. This enables readers not only to learn the material but also to test their knowledge—an essential part of effective learning. If you're looking for a textbook that will help you master physics and learn how to apply your knowledge in real-world experiments, this book is an excellent choice. It will make a valuable addition to the library of any student, educator, or researcher committed to exploring new frontiers in physics. Don’t miss the opportunity to dive into the captivating world of measurements and instruments with authors Andreev, Chekhlova, and Chuprov!