Self-Organization in Non-Equilibrium Systems by G. Nicolis and E. Prigogine is a unique work that opens doors to the world of complex systems and their dynamics. Inspired by the ideas of thermodynamics and chaos theory, the authors offer readers a deep understanding of the processes of self-organization that occur in nature and society. This work will be a real discovery for those who are interested in science, philosophy and even art, because it touches on universal principles operating in a variety of fields. The book immerses the reader in a world of non-equilibrium systems, where traditional ideas of order and chaos begin to lose their significance. Nikolis and Prigogine, known for their research in physics and chemistry, demonstrate how complex structures and organized forms can emerge from simple interactions. They explain that self-organization is not just a random process, but the result of the interaction of many factors that can lead to amazing and unpredictable results. The reader will learn how these principles apply not only in science, but also in social, economic, and environmental systems. This book will be especially interesting for those who are fond of science, philosophy, sociology and even economics. Students and graduate students exploring complex systems will find in it a variety of useful ideas and concepts that can be applied in their scientific activities. It will also attract the attention of a wide audience interested in how the world around us functions. If you are close to such topics as order and chaos, evolution and development, then “Self-organization in non-equilibrium systems” will be a real find for you. The book raises many important topics, such as the nature of time, the role of randomness in the formation of structures, and the dynamics of changes in systems. The authors explore how self-organization may be key to understanding complex phenomena such as climate change, social movements, and even economic crises. They show that these processes are based on universal laws that operate at all levels from the microcosm to the macrocosm. The style of Nikolis and Prigogine is distinguished by clarity and accessibility, which makes complex concepts understandable to a wide audience. Their approach to scientific presentation allows the reader not only to assimilate information, but also to be inspired by it. This is not just a book, but a whole journey into the world of science, where each new discovery opens up new horizons for you. If you are looking for works that address similar topics, pay attention to the works of authors such as Stanley Cavley, Daniel Kahneman and Mitchell Waldrop . Their books also explore complex systems and interactions, which can complement your understanding of the topics raised in Self-Organization in Non-Equilibrium Systems. In conclusion, “Self-organization in non-equilibrium systems” is not just a scientific book, but a real encyclopedia of ideas that can change your perception of the world. It opens up new horizons of understanding the complex processes taking place around us, and inspires further research and reflection. If you are ready to immerse yourself in the exciting world of science and discover the secrets of self-organization, this book will become your faithful companion in this fascinating journey.