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most citedHolomorphic H-spherical distribution vectors in principal series representations

19 citations · 33 across the 16 of their papers we have counts for

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math.RT2006

Holomorphic horospherical transform on non-compactly causal spaces

Simon Gindikin, Bernhard Kroetz, Gestur Olafsson

We develop integral geometry for non-compactly causal symmetric spaces. We define a complex horospherical transform and, for some cases, identify it with a Cauchy type integral.

math.RT2005

Complex horospherical transform on real sphere

Simon Gindikin

We define a new integral transform on the real sphere which is invariant relative to the orthogonal group and similar to the horospherical Radon transform for the hyperbolic space.…

math.RT2005★ 4 cited

Horospherical Cauchy-Radon transform on compact symmetric spaces

Simon Gindikin

Harmonic analysis on noncompact Riemannian symmetric spaces is in a sense equivalent to the theory of the horospherical transform. There are no horospheres on compact symmetric spa…

math.RT2004

Horospherical model for holomorphic discrete series and horospherical Cauchy transform

Simon Gindikin, Bernhard Kroetz, Gestur Olafsson

We define a complex horospherical transform for affine symmetric spaces of Hermitian type and show that it has no kernel on the holomorphic discrete series.

math.RT2003★ 19 cited

Holomorphic H-spherical distribution vectors in principal series representations

Simon Gindikin, Bernhard Kroetz, Gestur Olafsson

Let G/H be a semisimple symmetric space. The main tool to embed a principal series representation of G into L^2(G/H) are the H-invariant distribution vectors. If G/H is a non-compa…

math.RT2002★ 2 cited

A remark on Schubert cells and duality of orbits on flag manifolds

Simon Gindikin, Toshihiko Matsuki

It is known that the closure of an arbitrary K_c-orbit on a flag manifold is expressed as a product of a closed K_c-orbit and a Schubert cell ([M2], [Sp]). We already applied this…