*Structural Self-Organization in Solutions and at Phase Boundaries*, edited by A. Yu. Civadzé and featuring contributions from renowned experts such as M. G. Kiselev and Aslan Yusupovich Civadzé, is a groundbreaking exploration of one of the most pressing topics in physical chemistry and materials science today. This book offers a captivating insight into the processes of self-organization in solutions and at phase interfaces, making it a must-read for researchers across related fields. Covering a broad range of topics, the book delves into the mechanisms underlying self-organization, providing readers with a deep understanding of the fundamental principles at play. It combines theoretical frameworks with practical applications, making it an invaluable resource for students, graduate researchers, and seasoned scientists alike. Those interested in physical chemistry, materials science, biophysics, and related disciplines will find a wealth of innovative ideas and concepts within these pages. The authors explore various aspects of structural self-organization, including molecular interactions, phase transition dynamics, and the influence of external factors on these processes. Emphasizing the significance of self-organization for developing new materials and technologies, the book addresses contemporary scientific and technological challenges with relevance and clarity. Written in a clear and accessible style, the authors make complex concepts understandable, supported by numerous illustrations and graphs that help visualize key ideas and enhance engagement. This approach is especially helpful for readers who may be unfamiliar with some specialized terminology. A. Yu. Civadzé, the chief editor, is renowned for his contributions to physical chemistry and materials science, with research recognized both in Russia and internationally. His collaboration with other experts, including M. G. Kiselev and Aslan Yusupovich Civadzé, enriches the book with a diverse pool of knowledge and experience. *Structural Self-Organization in Solutions and at Phase Boundaries* will appeal not only to scientists and researchers but also to practitioners involved in developing new materials, nanotechnology, and biomedical applications. It serves as an excellent textbook for students studying physical chemistry and materials science, as well as for graduate students working on dissertations in these fields. If you're seeking a comprehensive, theory-driven yet practically oriented exploration of self-organization processes, this book is exactly what you need. It will guide you through the intricate world of molecular interactions and structural transformations, opening new horizons of knowledge and opportunity. Don’t miss the chance to immerse yourself in the fascinating realm of science that this work offers.