Topics in chaotic dynamics

Abstract

Various kinematical quantities associated with the statistical properties of dynamical systems are examined: statistics of the motion, dynamical bases and Lyapunov exponents. Markov partitons for chaotic systems, without any attempt at describing ``optimal results''. The Ruelle principle is illustrated via its relation with the theory of gases. An example of an application predicts the results of an experiment along the lines of Evans, Cohen, Morriss' work on viscosity fluctuations. A sequence of mathematically oriented problems discusses the details of the main abstract ergodic theorems guiding to a proof of Oseledec's theorem for the Lyapunov exponents and products of random matrices

Plain TeX; compile twice; 30 pages; 140K Keywords: chaos, nonequilibrium ensembles, Markov partitions, Ruelle principle, Lyapunov exponents, random matrices, gaussian thermostats, ergodic theory, billiards, conductivity, gas.}

References in corpus (1)

• Steady-State Electrical Conduction in the Periodic Lorentz Gas

Cited by in corpus (8)

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• Non equilibrium in statistical and fluid mechanics. Ensembles and their equivalence. Entropy driven intermittency
• Remark on the (Non)convergence of Ensemble Densities in Dynamical Systems
• Chaotic principle: some applications to developed turbulence