arXiv Analytics

Sign in

arXiv:0707.2363 [math.RT]AbstractReferencesReviewsResources

A proof of the multiplicity one conjecture for GL(n) in GL(n+1)

Avraham Aizenbud, Dmitry Gourevitch

Published 2007-07-16, updated 2007-07-27Version 2

Let F be a non-archimedean local field of characteristic zero. We consider distributions on GL(n+1,F) which are invariant under the adjoint action of GL(n,F). We prove that any such distribution is invariant with respect to transposition. This implies that the restriction to GL(n) of any irreducible smooth representation of GL(n+1) is multiplicity free. Our paper is based on the recent work [RS] of Steve Rallis and Gerard Schiffmann where they made a remarkable progress on this problem. In [RS], they also show that our result implies multiplicity one theorem for restrictions from the orthogonal group $O(V \oplus F)$ to $O(V)$.

Comments: 12 pages. v2: self-contained version
Categories: math.RT
Subjects: 20G25, 20G05
Related articles: Most relevant | Search more
arXiv:1905.01321 [math.RT] (Published 2019-05-03)
Multiplicity one theorem for $(\mathrm{GL}_{n+1},\mathrm{GL}_n)$ over a local field of positive characteristic
arXiv:1606.08456 [math.RT] (Published 2016-06-27)
Proof of the Broué-Malle-Rouquier conjecture in characteristic zero (after I. Losev and I. Marin - G. Pfeiffer)
arXiv:1303.2883 [math.RT] (Published 2013-03-12)
Decomposition numbers for Brauer algebras of type G(m,p,n) in characteristic zero