"General vortex theory" is a fascinating and in-depth study that opens the world of physics and mathematical models associated with vortices to the reader. The team of authors, combining their knowledge and experience, creates a unique synergy that allows you to look at complex concepts from a new perspective. This book will be a real find for those who are interested in physics, mathematics and their practical applications in real life. Vortexes are not just abstract mathematical objects, but phenomena that can be observed in nature and technology. The authors investigate how vortex structures form, evolve and interact, and how these processes can be described using mathematical models. The reader is immersed in the world of fluid and gas dynamics, where vortices play a key role in phenomena such as atmospheric cyclones, ocean currents and even in aerodynamics. The book will be of interest not only to students and graduate students studying physics and mathematics, but also to professionals in the field of engineering, meteorology and ecology. If you are passionate about science, love to solve complex problems and strive to understand how the world around you works, the "General theory of vortices" will become your faithful companion. It is suitable for both young scientists and experienced researchers who want to deepen their knowledge in this area. One of the key themes of the book is the relationship between theory and practice. The authors not only present theoretical foundations, but also show how this knowledge is applied to real-world problems. For example, how vortices affect climate change or how they can be used to optimize the operation of various systems. This makes the book particularly relevant in light of contemporary challenges such as climate change and the need to develop sustainable technologies. The style of the authors is distinguished by clarity and accessibility, which allows even complex concepts to be presented in an understandable form. They use many examples and illustrations, which makes the material more visual and easy to perceive. The reader will be able not only to learn about vortices, but also to see how they affect our lives, which adds practical value to the book. "General vortex theory" not only expands the horizons of knowledge, but also inspires further study of physics and mathematics. This work will be an excellent addition to the library of any lover of science, as well as a useful resource for teachers and students. If you are interested in books such as