The topology of chaos

Více o knize

This resource is essential for those seeking to deepen their understanding of chaotic systems beyond introductory concepts. The authors delve into the structure and classification of strange attractors, explaining how to extract necessary information from experimental data. The first edition has been invaluable for physicists and mathematicians focused on the topological analysis of dynamical systems, and this second edition incorporates significant theoretical and experimental advancements. Key improvements include a more accessible introduction to topological analysis for non-experts, addressing common challenges in chaotic dynamics such as unstable periodic orbits and bifurcation sequences. A new chapter on bounding tori enhances understanding of generality and boundary conditions. The edition also proposes a novel formalism using evolving triangulations to extend topological analysis to higher-dimensional systems. Additionally, it features a chapter on embeddings to clarify representations of chaotic systems, and an expanded chapter on traditional chaos measures to bridge familiar concepts with advanced methodologies. An appendix with frequently asked and open questions provides essential insights and guides readers to relevant sections, facilitating selective engagement with the material. This book stands out for its application of topological techniques to classify real physical systems, making it a vital guide for e