International audienceWe prove that for symmetric Markov processes of diffusion type admitting a ''carré du champ'', the Poincaré inequality is equivalent to the exponential convergence of the associated semi-group in one (resp. all) $\L^p(\mu)$ spaces for $p\in (1,+\infty)$. Part of this result extends to the stationary non necessarily symmetric situation
We study the relationship between two classical approaches for quantitative ergodic properties : the...
AbstractIn order to describe L2-convergence rates slower than exponential, the weak Poincaré inequal...
AbstractIn this paper, we prove the Poincaré inequality and the integration by parts formula for the...
International audienceWe prove that for symmetric Markov processes of diffusion type admitting a ''c...
International audienceWe prove that for symmetric Markov processes of diffusion type admitting a ''c...
International audienceWe prove that for symmetric Markov processes of diffusion type admitting a ''c...
Abstract. We prove that for symmetric Markov processes of diffusion type admitting a “carre ́ du cha...
International audienceWe prove that for symmetric Markov processes of diffusion type admitting a ''c...
AbstractIn order to describe L2-convergence rates slower than exponential, the weak Poincaré inequal...
We study the relationship between two classical approaches for quantitative ergodic properties : the...
We study the relationship between two classical approaches for quantitative ergodic properties : the...
We study the relationship between two classical approaches for quantitative ergodic properties : the...
We study the relationship between two classical approaches for quantitative ergodic properties : the...
We study the relationship between two classical approaches for quantitative ergodic properties : the...
We study the relationship between two classical approaches for quantitative ergodic properties : the...
We study the relationship between two classical approaches for quantitative ergodic properties : the...
AbstractIn order to describe L2-convergence rates slower than exponential, the weak Poincaré inequal...
AbstractIn this paper, we prove the Poincaré inequality and the integration by parts formula for the...
International audienceWe prove that for symmetric Markov processes of diffusion type admitting a ''c...
International audienceWe prove that for symmetric Markov processes of diffusion type admitting a ''c...
International audienceWe prove that for symmetric Markov processes of diffusion type admitting a ''c...
Abstract. We prove that for symmetric Markov processes of diffusion type admitting a “carre ́ du cha...
International audienceWe prove that for symmetric Markov processes of diffusion type admitting a ''c...
AbstractIn order to describe L2-convergence rates slower than exponential, the weak Poincaré inequal...
We study the relationship between two classical approaches for quantitative ergodic properties : the...
We study the relationship between two classical approaches for quantitative ergodic properties : the...
We study the relationship between two classical approaches for quantitative ergodic properties : the...
We study the relationship between two classical approaches for quantitative ergodic properties : the...
We study the relationship between two classical approaches for quantitative ergodic properties : the...
We study the relationship between two classical approaches for quantitative ergodic properties : the...
We study the relationship between two classical approaches for quantitative ergodic properties : the...
AbstractIn order to describe L2-convergence rates slower than exponential, the weak Poincaré inequal...
AbstractIn this paper, we prove the Poincaré inequality and the integration by parts formula for the...