International audienceWe describe certain sufficient conditions for an infinitely divisible probability measure on a Lie group to be embeddable in a continuous one-parameter semigroup of probability measures. A major class of Lie groups involved in the analysis consists of central extensions of almost algebraic groups by compactly generated abelian groups without vector part. This enables us in particular to conclude the embeddability of all infinitely divisible probability measures on certain connected Lie groups, including the so called Walnut group. The embeddability is concluded also under certain other conditions. Our methods are based on a detailed study of actions of certain nilpotent groups on special spaces of probability measures ...
On the torus group, on the group of p–adic integers and on the p–adic solenoid we give a constructio...
We prove that the concepts of completely mixing, mixing, and weakly mixing probability measures on a...
Let {mu((i))(t)}t >= 0 (i = 1.2) be continuous convolution semigroups on a simply connected nilpo...
[[abstract]]Throughout this paper, we maintain that G is a connected solvable Lie group, LG its Lie ...
We give a short exposition on the continuous embeddability of rationally embeddable probability meas...
We discuss some properties of nilpotent Lie groups and their application in proving the embedding th...
We discuss some properties of nilpotent Lie groups and their application in proving the embedding th...
We investigate the structure of infinitely divisible probability measures on a discrete linear group...
AbstractWe show that for a large class of connected Lie groups G, viz. from classC described below, ...
We show that for a large class of connected Lie groups G, viz. from class C described below, given a...
Let A be a locally compact abelian group and let μ be a probability measure on A. A probability meas...
For simply connected nilpotent Lie groups G, we show that limit laws of infinitesimal triangular sys...
For simply connected nilpotent Lie groups G, we show that limit laws of infinitesimal triangular sys...
AbstractBanach showed in 1923 that Lebesgue measure is not the unique rotation invariant finitely ad...
AbstractBanach showed in 1923 that Lebesgue measure is not the unique rotation invariant finitely ad...
On the torus group, on the group of p–adic integers and on the p–adic solenoid we give a constructio...
We prove that the concepts of completely mixing, mixing, and weakly mixing probability measures on a...
Let {mu((i))(t)}t >= 0 (i = 1.2) be continuous convolution semigroups on a simply connected nilpo...
[[abstract]]Throughout this paper, we maintain that G is a connected solvable Lie group, LG its Lie ...
We give a short exposition on the continuous embeddability of rationally embeddable probability meas...
We discuss some properties of nilpotent Lie groups and their application in proving the embedding th...
We discuss some properties of nilpotent Lie groups and their application in proving the embedding th...
We investigate the structure of infinitely divisible probability measures on a discrete linear group...
AbstractWe show that for a large class of connected Lie groups G, viz. from classC described below, ...
We show that for a large class of connected Lie groups G, viz. from class C described below, given a...
Let A be a locally compact abelian group and let μ be a probability measure on A. A probability meas...
For simply connected nilpotent Lie groups G, we show that limit laws of infinitesimal triangular sys...
For simply connected nilpotent Lie groups G, we show that limit laws of infinitesimal triangular sys...
AbstractBanach showed in 1923 that Lebesgue measure is not the unique rotation invariant finitely ad...
AbstractBanach showed in 1923 that Lebesgue measure is not the unique rotation invariant finitely ad...
On the torus group, on the group of p–adic integers and on the p–adic solenoid we give a constructio...
We prove that the concepts of completely mixing, mixing, and weakly mixing probability measures on a...
Let {mu((i))(t)}t >= 0 (i = 1.2) be continuous convolution semigroups on a simply connected nilpo...