Springer Dynamics Beyond Uniform Hyperbolicity - Vol 102

Explore the complex world of mathematical systems with Dynamics Beyond Uniform Hyperbolicity: A Global Geometric and Probabilistic Perspective. As part of the Encyclopaedia of Mathematical Sciences (Volume 102), this work addresses the fundamental goal of dynamics: describing the long term evolution of systems when an infinitesimal evolution rule is known. This text provides a deep look into how systems change over time across various scientific fields. Whether you are researching physics, chemistry, economics, ecology, or biology, understanding how states evolve through observable quantities like position, velocity, or population density is essential. This volume offers a specialized perspective on the geometric and probabilistic aspects of these transformations. Designed for researchers and advanced students, this Springer publication serves as a vital reference for anyone studying the mathematical foundations of change. It covers the theoretical frameworks necessary to model systems in communications, computer science, meteorology, and beyond, making it a significant addition to any mathematical library.