A proof of Kirillov's conjecture
By E. M. Baruch. 2003
91 citations recorded by the source corpus.
Subfields: Algebra and Number Theory, Discrete Mathematics and Combinatorics, Mathematical Physics
View Paper: https://www.semanticscholar.org/paper/90155a77eb4246162d6bed0a72ce44a5867481a3
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In Algebra and Number Theory
In Discrete Mathematics and Combinatorics
In Mathematical Physics
- Binyong Sun
- D. Gourevitch
- Avraham Aizenbud
- David.Renard
- A. I. Badulescu
- Chong-Quan Zhang
- W. Gan
- Eitan Sayag
Citations in the corpus
- Multiplicity one theorems: the Archimedean case (2009, background): “Ln(K). We remark that under the additional assumption that the generalized function is an eigenvector of the algebra of bi-invariant differential operators on GLn(K), Corollary C is the main result of [Ba03] (Theorem 1.4). As observed by Kirillov, this implies the validity of his famous conjecture on”
- Multiplicity one theorem for (GL_n+1 (R), GL_n(R)) (2008, background): “roup consisting of all matrices whose last row is (0,...,0,1). Let GLn act on itself by conjugation. Then every Pn(F) - invariant distribution on GLn(F) is GLn(F) - invariant. This has been proven in [Bar] for eigendistributions with respect to the center of UC(gln). In [Bar] it is also shown that t”
- Unitary dual of GL(n) at archimedean places and global Jacquet–Langlands correspondence (2009, background): “Vogan’s classification and U(0) in the archimedean case As we have already said, hypothesis U(0) has been established in the case where A= R or C by work of M. Baruch that filled the serious technical gap remaining in Kirillov’s treatment of Bernstein approach [Kir62].”