We consider a harmonic chain in contact with thermal reservoirs at different temperatures and subject to bulk noises of different types: velocity flips or self-consistent reservoirs. While both systems have the same covariances in the nonequilibrium stationary state (NESS) the measures are very different. We study hydrodynamical scaling, large deviations, fluctuations, and long range correlations in both systems. Some of our results extend to higher dimensions
Extended from a talk given at a workshop in the Nordita program "Foundations and Applications of Non...
In this note, I summarise and comment on joint work with C. Bernardin, V. Kannan and J. L. Lebowitz ...
We perform a numerical study of transport properties of a one-dimensional chain with couplings decay...
We consider a harmonic chain in contact with thermal reservoirs at different temperatures and subjec...
We consider a harmonic chain in contact with thermal reservoirs at different temperatures and subjec...
We consider a harmonic chain in contact with thermal reservoirs at different temperatures and subjec...
We consider a harmonic chain in contact with thermal reservoirs at different temperatures and subjec...
We consider a chain composed of $N$ coupled harmonic oscillators in contact with heat baths at tempe...
We consider a chain composed of $N$ coupled harmonic oscillators in contact with heat baths at tempe...
We consider a chain composed of $N$ coupled harmonic oscillators in contact with heat baths at tempe...
We consider a chain composed of $N$ coupled harmonic oscillators in contact with heat baths at tempe...
We consider a chain composed of $N$ coupled harmonic oscillators in contact with heat baths at tempe...
We consider a chain composed of $N$ coupled harmonic oscillators in contact with heat baths at tempe...
We consider a chain composed of $N$ coupled harmonic oscillators in contact with heat baths at tempe...
Abstract. We consider a harmonic chain in contact with thermal reser-voirs at different temperatures...
Extended from a talk given at a workshop in the Nordita program "Foundations and Applications of Non...
In this note, I summarise and comment on joint work with C. Bernardin, V. Kannan and J. L. Lebowitz ...
We perform a numerical study of transport properties of a one-dimensional chain with couplings decay...
We consider a harmonic chain in contact with thermal reservoirs at different temperatures and subjec...
We consider a harmonic chain in contact with thermal reservoirs at different temperatures and subjec...
We consider a harmonic chain in contact with thermal reservoirs at different temperatures and subjec...
We consider a harmonic chain in contact with thermal reservoirs at different temperatures and subjec...
We consider a chain composed of $N$ coupled harmonic oscillators in contact with heat baths at tempe...
We consider a chain composed of $N$ coupled harmonic oscillators in contact with heat baths at tempe...
We consider a chain composed of $N$ coupled harmonic oscillators in contact with heat baths at tempe...
We consider a chain composed of $N$ coupled harmonic oscillators in contact with heat baths at tempe...
We consider a chain composed of $N$ coupled harmonic oscillators in contact with heat baths at tempe...
We consider a chain composed of $N$ coupled harmonic oscillators in contact with heat baths at tempe...
We consider a chain composed of $N$ coupled harmonic oscillators in contact with heat baths at tempe...
Abstract. We consider a harmonic chain in contact with thermal reser-voirs at different temperatures...
Extended from a talk given at a workshop in the Nordita program "Foundations and Applications of Non...
In this note, I summarise and comment on joint work with C. Bernardin, V. Kannan and J. L. Lebowitz ...
We perform a numerical study of transport properties of a one-dimensional chain with couplings decay...