**Chemical Radioprotection**—a groundbreaking publication led by a team of experts headed by Pavel Kun, with contributions from E.F. Romantsev and E.A. Pavlyukov—offers a unique and insightful exploration into the science of protecting humans from radiation hazards. This book is not only a valuable resource for specialists in radiation safety but also an engaging read for anyone interested in modern scientific advancements and their practical applications. Delving into the complex yet fascinating world of chemical processes that shield us from radiation, the authors aim to do more than just inform—they invite readers to join a vital conversation about current challenges in radiation protection. In today’s rapidly evolving technological landscape, where radiation risks are increasingly prominent, understanding chemical radioprotection becomes more important than ever. The book covers a wide range of topics, including effective protection methods, chemical substances capable of neutralizing radiation effects, and the latest breakthroughs in the field. It offers insights suitable for students and graduate researchers studying chemistry, physics, and medical sciences, as well as professional chemists and radiologists seeking innovative approaches in their practice. Additionally, it appeals to a broader audience concerned with ecology, health, and safety issues—science enthusiasts and fans of popular science alike will find plenty of interesting and useful information. Topics range from fundamental principles of radiation physics to practical guidance on using chemicals for protection. The authors carefully analyze how different compounds work, their effectiveness, and potential side effects, making this book both a theoretical resource and a practical manual applicable across medicine, industry, and environmental safety. Written with clarity and accessibility, the authors make complex scientific concepts easy to grasp through numerous examples and illustrations. Their extensive experience in radiation safety and chemistry adds further credibility, building on previous works like *Fundamentals of Radiation Protection* and *Chemistry for Life*, which have established their reputation as reliable sources of knowledge and inspiration. **Chemical Radioprotection** also addresses pressing questions about the future of radiation safety amid global climate change and technological innovation. The authors encourage readers to consider how chemistry can help create a safer, more sustainable future—transforming this book from a mere educational text into a manifesto for those committed to health and environmental security. In essence, **Chemical Radioprotection** is more than just a book; it’s a gateway to a world of knowledge that opens new horizons for the reader. It inspires curiosity, research, and the practical application of scientific insights in everyday life. If you’re seeking an engaging, informative read that broadens your understanding of radiation safety and its critical importance, this work is an excellent choice.