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Multiplicity one theorem for ({\rm GL}_{n+1}({\mathbb{R}}), {\rm GL} _ {n} ({ \mathbb{R}}))
Authors:Avraham Aizenbud  Dmitry Gourevitch
Institution:(1) Faculty of Mathematics and Computer Science, The Weizmann Institute of Science, POB 26, Rehovot, 76100, Israel
Abstract:Let F be either $${\mathbb{R}}$$ or $${\mathbb{C}}$$. Consider the standard embedding $${\rm GL}_n(F) \hookrightarrow {\rm GL}_{n+1}(F)$$ and the action of GLn(F) on GLn+1(F) by conjugation. We show that any GLn(F)-invariant distribution on GLn+1(F) is invariant with respect to transposition. We prove that this implies that for any irreducible admissible smooth Fréchet representations π of GLn+1(F) and $$\tau$$ of GLn(F),
$${\rm dim\,Hom}_{{\rm GL}_{n}(F)}(\pi, \tau) \leq 1$$
. For p-adic fields those results were proven in AGRS].
Keywords:Mathematics Subject Classification (2000)" target="_blank">Mathematics Subject Classification (2000)    20G05  22E45  20C99  46F10
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