The High Resolution Nuclear Magnetic Resonance Spectra by Popla J. and others is a real find for anyone interested in physics, chemistry and modern methods of analysis. This publication will certainly attract the attention of students, graduate students and science professionals who want to deepen their knowledge of nuclear magnetic resonance (NMR) and its application in various fields. In this book, the authors offer the reader a unique look at the theoretical foundations and practical aspects of NMR, which allow obtaining high-quality spectra. They examine in detail the methods used to analyze molecules and explain how these methods can be applied to solve complex scientific problems. The book covers a wide range of topics, including NMR principles, spectrum interpretation, and NMR applications in organic and inorganic chemistry, biochemistry, and materials science. Readers who are looking for information about modern methods of studying the structure and dynamics of molecules will find in this edition a lot of useful data. The book will be of particular interest to those working in the field of chemical analytics, as it contains practical advice on conducting experiments and interpreting the data obtained. In addition, the authors share their experience, which makes the material more accessible and understandable. The style of Popla and his colleagues is distinguished by clarity and logical presentation, which allows even complex concepts to be presented in an accessible form. They use many illustrations and examples, which makes reading not only informative, but also fascinating. This publication can be recommended both for self-study and as a training manual for courses in physical chemistry and spectroscopy. The book raises important topics, such as the development of new NMR techniques, which can significantly improve the quality of the data received. This is especially true in light of current scientific challenges, when high accuracy and reliability of results is required. In addition, the authors discuss the prospects for the use of NMR in various fields, including medicine, where this method is used to diagnose diseases. “High-resolution nuclear magnetic resonance spectra” will become an indispensable assistant for those who want not only to master the basics of NMR, but also to delve into its complex aspects. The book will be of interest to both senior students and experienced professionals who want to update their knowledge in this rapidly developing field. If you are looking for books on spectroscopy, physical chemistry or analytical chemistry, this edition should definitely be in your library. It will not only expand your knowledge, but also inspire new research and discoveries. Popla and his colleagues’ book is not just a textbook, it is a whole world of opportunities for scientific creativity and innovation.