"Statistical Methods in the Physics of Nuclear Reactors" by P. Uriga is a deep and fascinating study that immerses the reader in the world of nuclear physics, using statistical approaches to analyze and understand the complex processes occurring in nuclear reactors. This publication will be an indispensable tool for students, graduate students and specialists in the field of nuclear energy, as well as for anyone interested in modern research methods in physics. In the pages of the book, Urig masterfully combines the theoretical foundations of statistics with practical examples from the field of nuclear physics. It demonstrates how statistical methods can be applied to the analysis of data obtained during experiments and observations related to nuclear reactors. The reader will be able to learn about various statistical models that allow predicting the behavior of nuclear reactors, as well as how these methods help in solving urgent problems, such as the safety of reactors and optimizing their operation. The book will be especially interesting for those who are fond of physics, engineering and mathematics. Students of technical specialties, graduate students and young scientists will find in it useful knowledge and practical recommendations that will help them in their scientific activities. In addition, professionals working in the field of nuclear energy will be able to expand their horizons by mastering new methods of analyzing and interpreting data. The topics raised in the book cover a wide range of issues related to nuclear physics and statistics. Urig discusses important aspects such as probability theory, methods for processing experimental data, and mathematical modeling. It also addresses issues related to the safety of nuclear reactors, making the book relevant in light of the current challenges facing the energy industry. In the context of global climate change and the search for sustainable energy sources, understanding the operation of nuclear reactors and applying statistical methods to optimize them becomes especially important. The author's style is distinguished by clarity and accessibility of presentation, which allows even those who are not specialists in the field of nuclear physics to easily assimilate complex concepts. Urig has extensive experience in teaching and research, which is reflected in his ability to explain complex ideas in a simple and understandable language. His previous work has also earned recognition in the scientific community, and this book will not be an exception. “Statistical methods in the physics of nuclear reactors” is not just a textbook, but a real find for all who seek to better understand the mechanisms underlying nuclear power. Readers interested in works such as "Nuclear Physics" P. Feynman or "Physics of Nuclear Reactors" G. B. They will find much in common and useful in this book. If you want to expand your knowledge of nuclear physics and statistics, as well as learn about modern methods of data analysis, this book will be your reliable companion in this fascinating journey. Do not miss the opportunity to immerse yourself in the world of nuclear physics with P. Urigom and discover new horizons of scientific knowledge!