AbstractThis paper is about the pole of some Eisenstein series for classical groups over a number field. In a previous paper, we have shown how to normalize intertwining operators in such a way that they are holomorphic for positive parameters. Here we show that the image of such operators is (in the interesting cases) either 0 or an irreducible representation. This enables us to compute explicitly the residue of the Eisenstein series obtained from square integrable cohomological representations. At the end of the paper we give necessary and sufficient conditions in terms of Arthurʼs data in order that a square integrable cohomological representation is cuspidal; the conditions are not totally satisfactory and we explain what we expect when...
In a 2005 paper, Yang constructed families of Hilbert Eisenstein series, which when restricted to th...
We present a comprehensive study of the geometry of Hilbert $p$-adic eigenvarieties at parallel weig...
Let N be a non-squarefree positive integer and let l be an odd prime such that l(2) does not divide ...
The cohomology of an arithmetic congruence subgroup of a connected reductive algebraic group defined...
Abstract. To an irreducible square integrable representation π of a classical p-adic group, C. Mœgli...
For certain algebraic Hecke characters chi of an imaginary quadratic field F we define an Eisenstein...
Abstract. The purpose of this paper is to study certain quadratic unipotent Arthur parameters in the...
We derive a precise relation of poles of Eisenstein series associated to the cuspidal datum $\chi\ot...
Using the Rankin-Selberg method and Eichler-Shimura cohomology we give a set of generators for the s...
We show that the residue at s = 0 of the standard intertwining operator attached to a supercuspidal ...
In this paper we determine the poles (in the right half-plane) with their order of the degenerate Ei...
This thesis consists of four papers which all deal with computations of automorphic functions on cof...
Let k> 9 be an even integer and p a prime with p> 2k − 2. Let f be a newform of weight 2k − 2 ...
We give a representation theoretic approach to the Klingen lift generalizing the classical construct...
We prove that products of at most two vector valued Eisenstein series that originate in level 1 span...
In a 2005 paper, Yang constructed families of Hilbert Eisenstein series, which when restricted to th...
We present a comprehensive study of the geometry of Hilbert $p$-adic eigenvarieties at parallel weig...
Let N be a non-squarefree positive integer and let l be an odd prime such that l(2) does not divide ...
The cohomology of an arithmetic congruence subgroup of a connected reductive algebraic group defined...
Abstract. To an irreducible square integrable representation π of a classical p-adic group, C. Mœgli...
For certain algebraic Hecke characters chi of an imaginary quadratic field F we define an Eisenstein...
Abstract. The purpose of this paper is to study certain quadratic unipotent Arthur parameters in the...
We derive a precise relation of poles of Eisenstein series associated to the cuspidal datum $\chi\ot...
Using the Rankin-Selberg method and Eichler-Shimura cohomology we give a set of generators for the s...
We show that the residue at s = 0 of the standard intertwining operator attached to a supercuspidal ...
In this paper we determine the poles (in the right half-plane) with their order of the degenerate Ei...
This thesis consists of four papers which all deal with computations of automorphic functions on cof...
Let k> 9 be an even integer and p a prime with p> 2k − 2. Let f be a newform of weight 2k − 2 ...
We give a representation theoretic approach to the Klingen lift generalizing the classical construct...
We prove that products of at most two vector valued Eisenstein series that originate in level 1 span...
In a 2005 paper, Yang constructed families of Hilbert Eisenstein series, which when restricted to th...
We present a comprehensive study of the geometry of Hilbert $p$-adic eigenvarieties at parallel weig...
Let N be a non-squarefree positive integer and let l be an odd prime such that l(2) does not divide ...