In this paper we present the field on which R. Rammal was working in the last moments of his life : quantum chaos. The behavior of various distributions is investigated numerically for different planar billiards in presence of a magnetic field or not. We find exponential laws for the distributions of the trajectory lengths, of the algebraic areas, and of the number of boundary reflections. These results support the conjecture that the signature of the classical chaotic scattering in the quantum description is the appearance of fluctuations of the $S$-matrix (or conductance for ballistic conductors) in the semiclassical limit.Dans cet article, nous présentons le domaine sur lequel R. Rammal travaillait dans les derniers moments de sa vie : l...
One of the fundamental problems in quantum chaos is to understand how high-frequency waves behave in...
A short historical overview is given on the development of our knowledge of complex dynamical system...
One of the fundamental problems in quantum chaos is to understand how high-frequency waves behave in...
We investigate the semiclassical scattering amplitude for systems, where the classical dynamics is n...
We suggest that random matrix theory applied to a matrix of lengths of classical trajectories can be...
The spectral statistics of two closely related strongly chaotic quantum billiards are studied. Both ...
A short historical overview is given on the development of our knowledge of complex dynamical system...
We investigate transport properties of quantized chaotic systems in the short-wavelength limit. We f...
The spectral statistics of two closely related strongly chaotic quantum billiards are studied. Both ...
This book provides a thorough and comprehensive discussion of classical and quantum chaos theory for...
The addition of tunnel barriers to open chaotic systems, as well as representing more general physic...
We study the classical and semiclassical scattering behavior of electrons in an open three-disk bill...
The semiclassical approximation has been the main tool to connect classical and quantum mechanics, a...
This manuscript summarizes some results about wave transport in complex systems. The first part conc...
This dissertation describes mainly researches on the chaotic properties of some classical and quantu...
One of the fundamental problems in quantum chaos is to understand how high-frequency waves behave in...
A short historical overview is given on the development of our knowledge of complex dynamical system...
One of the fundamental problems in quantum chaos is to understand how high-frequency waves behave in...
We investigate the semiclassical scattering amplitude for systems, where the classical dynamics is n...
We suggest that random matrix theory applied to a matrix of lengths of classical trajectories can be...
The spectral statistics of two closely related strongly chaotic quantum billiards are studied. Both ...
A short historical overview is given on the development of our knowledge of complex dynamical system...
We investigate transport properties of quantized chaotic systems in the short-wavelength limit. We f...
The spectral statistics of two closely related strongly chaotic quantum billiards are studied. Both ...
This book provides a thorough and comprehensive discussion of classical and quantum chaos theory for...
The addition of tunnel barriers to open chaotic systems, as well as representing more general physic...
We study the classical and semiclassical scattering behavior of electrons in an open three-disk bill...
The semiclassical approximation has been the main tool to connect classical and quantum mechanics, a...
This manuscript summarizes some results about wave transport in complex systems. The first part conc...
This dissertation describes mainly researches on the chaotic properties of some classical and quantu...
One of the fundamental problems in quantum chaos is to understand how high-frequency waves behave in...
A short historical overview is given on the development of our knowledge of complex dynamical system...
One of the fundamental problems in quantum chaos is to understand how high-frequency waves behave in...