English

Exceptional poles of local $L$-functions for $GSp(4)$ with respect to split Bessel models

Number Theory 2018-10-16 v2

Abstract

Piateskii-Shapiro defined local LL-factors LPS(s,Π,Λ)L^{PS}(s,\Pi,\Lambda) attached to irreducible admissible representations Π\Pi of the group GSp(4)GSp(4) over local fields and Bessel models of Π\Pi attached to Bessel data Λ\Lambda. These local LL-factors decompose into a product LPS(s,Π,Λ)=LexPS(s,Π,Λ)LregPS(s,Π,Λ)L^{PS}(s,\Pi,\Lambda)= L^{PS}_{ex}(s,\Pi,\Lambda) L^{PS}_{reg}(s,\Pi,\Lambda) of an exceptional and a regular LL-factor. In this paper we compute the exceptional factors LexPS(s,Π,Λ)L^{PS}_{ex}(s,\Pi,\Lambda) for split Bessel models of Π\Pi.

Keywords

Cite

@article{arxiv.1712.06370,
  title  = {Exceptional poles of local $L$-functions for $GSp(4)$ with respect to split Bessel models},
  author = {Rainer Weissauer},
  journal= {arXiv preprint arXiv:1712.06370},
  year   = {2018}
}