Revised version. 57 pages, in frenchLet $G=\mathbf{G}(\mathbb{R})$ be the group of real points of a quasi-split connected reductive algebraic group defined over $\mathbb{R}$. Assume furthermore that $G$ is a classical group (symplectic, special orthogonal or unitary). We show that the packets of irreducible unitary cohomological representations defined by Adams and Johnson in 1987 coincide with the ones defined recently by J. Arthur in his work on the classification of the discrete automorphic spectrum of classical groups (C.-P. Mok for unitary groups). For this, we compute the endoscopic transfer of the stable distributions on $G$ supported by these packets to twisted $\mathbf{GL}_N$ in terms of standard modules and show that it coincides ...
A connected algebraic group Q defined over a field of characteristic zero is quasi-reductive if ther...
We describe the supercuspidal representations within certain stable packets, classified by Arthur an...
For a connected linear algebraic group $G$ defined over $\mathbb{R}$, we compute the component group...
Revised version. 57 pages, in frenchLet $G=\mathbf{G}(\mathbb{R})$ be the group of real points of a ...
Suppose G is a real reductive algebraic group, θ is an automorphism of G, and ω is a quasicharacter ...
In 1989 Arthur conjectured a very precise description about the structure of automorphic representat...
Let $\GR$ be a real reductive group. In this thesis we study the unitary representations of $\GR$. I...
Suppose that (Formula presented.) is a connected reductive algebraic group defined over (Formula pre...
We completely determine the residual automorphic repre-sentations coming from the torus of odd ortho...
22 pages, in French. V2 small mistakes correctedThis article is part of a project which aims to desc...
ABSTRACT. The fundamental lemma in the theory of automorphic forms is proven for the (quasi-split) u...
53 pages, in french. V3 minor mistakes correctedThis article is part of a project which consists of ...
28 pages, in FrenchWe give an explicit construction of Arthur packets for real unitary groups by coh...
Let G be a connected reductive group defined over a non-archimedean local field of characteristic 0....
Let $\mathbf{G}$ be a connected reductive algebraic group defined over an algebraic closure of the f...
A connected algebraic group Q defined over a field of characteristic zero is quasi-reductive if ther...
We describe the supercuspidal representations within certain stable packets, classified by Arthur an...
For a connected linear algebraic group $G$ defined over $\mathbb{R}$, we compute the component group...
Revised version. 57 pages, in frenchLet $G=\mathbf{G}(\mathbb{R})$ be the group of real points of a ...
Suppose G is a real reductive algebraic group, θ is an automorphism of G, and ω is a quasicharacter ...
In 1989 Arthur conjectured a very precise description about the structure of automorphic representat...
Let $\GR$ be a real reductive group. In this thesis we study the unitary representations of $\GR$. I...
Suppose that (Formula presented.) is a connected reductive algebraic group defined over (Formula pre...
We completely determine the residual automorphic repre-sentations coming from the torus of odd ortho...
22 pages, in French. V2 small mistakes correctedThis article is part of a project which aims to desc...
ABSTRACT. The fundamental lemma in the theory of automorphic forms is proven for the (quasi-split) u...
53 pages, in french. V3 minor mistakes correctedThis article is part of a project which consists of ...
28 pages, in FrenchWe give an explicit construction of Arthur packets for real unitary groups by coh...
Let G be a connected reductive group defined over a non-archimedean local field of characteristic 0....
Let $\mathbf{G}$ be a connected reductive algebraic group defined over an algebraic closure of the f...
A connected algebraic group Q defined over a field of characteristic zero is quasi-reductive if ther...
We describe the supercuspidal representations within certain stable packets, classified by Arthur an...
For a connected linear algebraic group $G$ defined over $\mathbb{R}$, we compute the component group...