*Zol-Gel Technologies: Nanodispersed Silica* by N. A. Shabanov is a captivating and in-depth exploration of one of the most promising and relevant areas in materials science and nanotechnology. Over the past decades, sol-gel methods have become an integral part of numerous scientific and industrial processes. This book offers readers a unique opportunity to delve into this fascinating world. At its core, the author focuses on the synthesis of nanodispersed silica, a material that finds wide-ranging applications—from medicine to electronics. Shabanov thoroughly examines the chemical reactions involved in the synthesis process, as well as the physical and chemical properties of the resulting materials. He not only explains how nanostructures are created but also shares practical tips for their application. This book serves as a valuable guide for anyone eager to understand how sol-gel technologies work and how they can be harnessed to develop innovative materials. It will appeal primarily to students and graduate researchers in chemistry, materials science, and nanotechnology. Additionally, scientists and professionals working in laboratories and manufacturing facilities that utilize modern techniques will find it highly useful. Engineers, chemists, and physicists will discover numerous ideas and solutions applicable to their projects. Moreover, the book is relevant for those interested in current trends in science and technology and eager to stay informed about the latest advances in nanomaterials. The topics covered are diverse and multifaceted. Shabanov discusses not only the theoretical aspects of sol-gel processes but also their practical applications across various industries. He emphasizes ecological and sustainable development issues, highlighting the importance of creating environmentally friendly and safe materials. The author also addresses economic considerations, exploring how the use of nanodispersed silica can impact manufacturing processes and reduce costs. Shabanov’s clear and accessible style makes complex concepts understandable even for newcomers to the field. He skillfully combines scientific rigor with engaging storytelling, allowing readers to absorb knowledge while enjoying the reading experience. Among his other well-known works are publications on chemical processes and materials, which are also popular among specialists. *Zol-Gel Technologies: Nanodispersed Silica* is more than just an educational resource—it’s a valuable find for anyone looking to deepen their understanding of modern technologies. It will be a treasured addition to the library of researchers and professionals working with nanomaterials. If you’re seeking insights into how sol-gel technology can change the world and want to stay updated on the latest scientific breakthroughs, this book deserves a prominent place on your shelf.