Segal-Bargmann transform and Paley-Wiener theorems on Heisenberg motion groups

preprint2010arXivOpen access

Abstract

We study the Segal-Bargmann transform on the Heisenberg motion groups Hn⋉K,\mathbb{H}^n \ltimes K, where Hn\mathbb{H}^n is the Heisenberg group and KK is a compact subgroup of U(n)U(n) such that (K,Hn)(K,\mathbb{H}^n) is a Gelfand pair. The Poisson integrals associated to the Laplacian for the Heisenberg motion group are also characterized using Gutzmer's formulae. Explicitly realizing certain unitary irreducible representations of Hn⋉K,\mathbb{H}^n \ltimes K, we prove the Plancherel theorem. A Paley-Wiener type theorem is proved using complexified representations.

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