The explicit conductor formula of Bushnell, Henniart and Kutzko [BHK98] computes the conductor of a pair of supercuspidal representations of general linear groups over a non-archimedean local field in terms of inducing data for these representations. There are essentially two cases to consider, depending on whether a supercuspidal type admits a split cover or not. The strategy in [BHK98] is to deal with the split case first and to reduce the non-split case to the split case. In this paper, we give a direct proof of the non-split (self-dual) case of the conductor formula
Based on the ideas of Bushnell and Henniart, and of Paskunas and Stevens, we construct explicit Whit...
Let pi be an irreducible supercuspidal representation of GL(n)(F), where F is a p-adic field. By a r...
7 pagesLet $\rm E/\rm F$ be an unramified quadratic extension of local non archimedean fields of cha...
The conductor formula of Bushnell, Henniart and Kutzko [BHK98] computes the conductor of a pair of s...
The conductor formula of Bushnell, Henniart and Kutzko [BHK98] computes the con-ductor of a pair of ...
Let F be a non-Archimedean local field and n greater than or equal to 2 an integer. Let pi,pi ' be i...
Over the past 60 years, an important problem in algebraic number theory has been to understand the g...
Over the past 60 years, an important problem in algebraic number theory has been to understand the g...
Conductors in the non-separable residue field case / R. Boltje ; G.-M. Cram ; V. P. Snaith. - In: Al...
Conductors in the non-separable residue field case / R. Boltje ; G.-M. Cram ; V. P. Snaith. - In: Al...
Conductors in the non-separable residue field case / R. Boltje ; G.-M. Cram ; V. P. Snaith. - In: Al...
Conductors in the non-separable residue field case / R. Boltje ; G.-M. Cram ; V. P. Snaith. - In: Al...
Let G be a unitary, symplectic or special orthogonal group over a locally compact non-archimedean lo...
AbstractLetFbe a non-Archimedean local field. Letπbe a smooth irreducible complex representation ofG...
AbstractWe describe how generic depth zero supercuspidal representations of classical groups lift to...
Based on the ideas of Bushnell and Henniart, and of Paskunas and Stevens, we construct explicit Whit...
Let pi be an irreducible supercuspidal representation of GL(n)(F), where F is a p-adic field. By a r...
7 pagesLet $\rm E/\rm F$ be an unramified quadratic extension of local non archimedean fields of cha...
The conductor formula of Bushnell, Henniart and Kutzko [BHK98] computes the conductor of a pair of s...
The conductor formula of Bushnell, Henniart and Kutzko [BHK98] computes the con-ductor of a pair of ...
Let F be a non-Archimedean local field and n greater than or equal to 2 an integer. Let pi,pi ' be i...
Over the past 60 years, an important problem in algebraic number theory has been to understand the g...
Over the past 60 years, an important problem in algebraic number theory has been to understand the g...
Conductors in the non-separable residue field case / R. Boltje ; G.-M. Cram ; V. P. Snaith. - In: Al...
Conductors in the non-separable residue field case / R. Boltje ; G.-M. Cram ; V. P. Snaith. - In: Al...
Conductors in the non-separable residue field case / R. Boltje ; G.-M. Cram ; V. P. Snaith. - In: Al...
Conductors in the non-separable residue field case / R. Boltje ; G.-M. Cram ; V. P. Snaith. - In: Al...
Let G be a unitary, symplectic or special orthogonal group over a locally compact non-archimedean lo...
AbstractLetFbe a non-Archimedean local field. Letπbe a smooth irreducible complex representation ofG...
AbstractWe describe how generic depth zero supercuspidal representations of classical groups lift to...
Based on the ideas of Bushnell and Henniart, and of Paskunas and Stevens, we construct explicit Whit...
Let pi be an irreducible supercuspidal representation of GL(n)(F), where F is a p-adic field. By a r...
7 pagesLet $\rm E/\rm F$ be an unramified quadratic extension of local non archimedean fields of cha...