The Kac model is a simplified model of an -particle system in which the collisions of a real particle system are modeled by random jumps of pairs of particle velocities. Kac proved propagation of chaos for this model, and hence provided a rigorous validation of the corresponding Boltzmann equation. Starting with the same model we consider an -particle system in which the particles are accelerated between the jumps by a constant uniform force field which conserves the total energy of the system. We show propagation of chaos for this model
We consider a model of N particles interacting through a Kac-style collision process, with m particl...
The notion of propagation of chaos for large systems of interacting particles originates in statisti...
The notion of propagation of chaos for large systems of interacting particles originates in statisti...
The Kac model is a simplified model of an -particle system in which the collisions of a real particl...
This thesis concerns various aspects of the Kac model. The Kac model is a Markov jump process for a ...
In this note I present the main results about the quantitative and qualitative propagation of chaos ...
This paper is devoted to the study of propagation of chaos and mean-field limit for systems of indis...
In this Note we present the main results from the recent work arxiv:1107.3251, which answers several...
This thesis deals with the Kac model in kinetic theory. Kac’s model is a linear, space homogeneous, ...
We consider a family of stochastic interacting particle systems introduced by Kac as a model for a s...
Indexación ScopusWe introduce a global thermostat on Kac’s 1D model for the velocities of particles ...
We consider a class of stochastic processes modeling binary interactions in an N-particle system. Ex...
International audienceWe consider a class of stochastic processes modeling binary interactions in an...
The Kac model is a Markov jump process on the sphere$\sum_{j=1}^{N} v_j^2$. The model was conceived ...
We study a class of one-dimensional particle systems with true (Bird type) binary interactions, whic...
We consider a model of N particles interacting through a Kac-style collision process, with m particl...
The notion of propagation of chaos for large systems of interacting particles originates in statisti...
The notion of propagation of chaos for large systems of interacting particles originates in statisti...
The Kac model is a simplified model of an -particle system in which the collisions of a real particl...
This thesis concerns various aspects of the Kac model. The Kac model is a Markov jump process for a ...
In this note I present the main results about the quantitative and qualitative propagation of chaos ...
This paper is devoted to the study of propagation of chaos and mean-field limit for systems of indis...
In this Note we present the main results from the recent work arxiv:1107.3251, which answers several...
This thesis deals with the Kac model in kinetic theory. Kac’s model is a linear, space homogeneous, ...
We consider a family of stochastic interacting particle systems introduced by Kac as a model for a s...
Indexación ScopusWe introduce a global thermostat on Kac’s 1D model for the velocities of particles ...
We consider a class of stochastic processes modeling binary interactions in an N-particle system. Ex...
International audienceWe consider a class of stochastic processes modeling binary interactions in an...
The Kac model is a Markov jump process on the sphere$\sum_{j=1}^{N} v_j^2$. The model was conceived ...
We study a class of one-dimensional particle systems with true (Bird type) binary interactions, whic...
We consider a model of N particles interacting through a Kac-style collision process, with m particl...
The notion of propagation of chaos for large systems of interacting particles originates in statisti...
The notion of propagation of chaos for large systems of interacting particles originates in statisti...