The study of hyperbolic systems is one of the core themes of modern dynamical systems. This book plays an important role in filling a gap in the present literature on hyperbolic dynamics and is highly recommended for all PhD students interested in this field.

The study of hyperbolic systems is a core theme of modern dynamics. On surfaces the theory of the fine scale structure of hyperbolic invariant sets and their measures can be described in a very complete and elegant way, and is the subject of this book, largely self-contained, rigorously and clearly written. It covers the most important aspects of the subject and is based on several scientific works of the leading research workers in this field. This book fills a gap in the literature of dynamics. We highly recommend it for any Ph.D student interested in this area. The authors are well-known experts in smooth dynamical systems and ergodic theory.

By leading research team on core topic in dynamical systems Includes supplementary material: sn.pub/extras

Autorentext

Alberto Pinto Awards& Honours:

2008 Recognition of the scientific merit of the works done in Psychology Sciences by the Psychology School of University of Minho

2007 Espinho Town hall Golden Medal by scientific merit

1984Prize Augusto Martins, University of Porto.

1981 One of the six winners of the Mini-Olympics of Mathematics in Portugal.

David Rand Awards& Honours

1986 Whitehead Prize of the London Mathematical Society.

1988 Wolfson Research Award.

1988 Founding editor of Nonlinearity

2004 Fellow, Institute of Mathematics and Its Applications (by invitation)

2005 Britten Lecturer. McMaster University

2006 EPSRC Senior Research Fellowship

Inhalt
HR structures.- Solenoid functions.- Self-renormalizable structures.- Rigidity.- Gibbs measures.- Measure scaling functions.- Measure solenoid functions.- Cocycle-gap pairs.- Hausdorff realizations.- Extended Livic-Sinai eigenvalue formula.- Arc exchange systems and renormalization.- Golden tilings (in collaboration with J.P. Almeida and A. Portela).- Pseudo-Anosov diffeomorphisms in pseudo-surfaces.