We introduce a multi-parameter family of bases in the Hilbert space L2(R) that are associated to a set of Hermite functions, which also serve as a basis for L2(R). The Hermite functions are eigenfunctions of the Fourier transform, a property that is, in some sense, shared by these “generalized Hermite functions”. The construction of these new bases is grounded on some symmetry properties of the real line under translations, dilations and reflexions as well as certain properties of the Fourier transform. We show how these generalized Hermite functions are transformed under the unitary representations of a series of groups, including the Heisenberg–Weyl group and some of their extensions
AbstractFor any Hermitian Lie group G of tube type we construct a Fock model of its minimal represen...
We extend an uncertainty principle due to Beurling into a characterization of Hermite functions. Mor...
International audienceThe final goal of the present work is to extend the Fourier transform on the...
A generalisation of Euclidean and pseudo-Euclidean groups is presented, where the Weyl-Heisenberg gr...
This is a review paper on the generalization of Euclidean as well as pseudo-Euclidean groups of inte...
In this paper, we present recent results in harmonic analysis in the real line R and in the ha...
International audienceWe here revisit Fourier analysis on the Heisenberg group H^d. Whereas, accordi...
This is a review paper on the generalization of Euclidean as well as pseudo-Euclidean groups of inte...
Producción CientíficaIn this paper, we present recent results in harmonic analysis in the real line ...
In this thesis we derive the Stone-von Neumann theorem which can be used to characterize the strongl...
For q being a N-th root of unity, we introduce a q-Fourier transform on certain spaces, and we prove...
Let (π, H) be a unitary representation of a Lie group G. Classically, matrix coefficients are contin...
AbstractThis article is a continuation of a previous article by the author [Harmonic analysis on the...
The problem of expressing a general dynamical variable in quantum mechanics as a function of a primi...
AbstractTwo standard tools for signal analysis are the short-time Fourier transform and the continuo...
AbstractFor any Hermitian Lie group G of tube type we construct a Fock model of its minimal represen...
We extend an uncertainty principle due to Beurling into a characterization of Hermite functions. Mor...
International audienceThe final goal of the present work is to extend the Fourier transform on the...
A generalisation of Euclidean and pseudo-Euclidean groups is presented, where the Weyl-Heisenberg gr...
This is a review paper on the generalization of Euclidean as well as pseudo-Euclidean groups of inte...
In this paper, we present recent results in harmonic analysis in the real line R and in the ha...
International audienceWe here revisit Fourier analysis on the Heisenberg group H^d. Whereas, accordi...
This is a review paper on the generalization of Euclidean as well as pseudo-Euclidean groups of inte...
Producción CientíficaIn this paper, we present recent results in harmonic analysis in the real line ...
In this thesis we derive the Stone-von Neumann theorem which can be used to characterize the strongl...
For q being a N-th root of unity, we introduce a q-Fourier transform on certain spaces, and we prove...
Let (π, H) be a unitary representation of a Lie group G. Classically, matrix coefficients are contin...
AbstractThis article is a continuation of a previous article by the author [Harmonic analysis on the...
The problem of expressing a general dynamical variable in quantum mechanics as a function of a primi...
AbstractTwo standard tools for signal analysis are the short-time Fourier transform and the continuo...
AbstractFor any Hermitian Lie group G of tube type we construct a Fock model of its minimal represen...
We extend an uncertainty principle due to Beurling into a characterization of Hermite functions. Mor...
International audienceThe final goal of the present work is to extend the Fourier transform on the...