2005International Mathematics Research NoticesRequires access

Untitled research work

Gautam Chinta, Adrian Diaconu

Open publisher page 27 citations

Abstract

Let π be a self-contragredient cuspidal automorphic representations of GL3(AQ). We show that if the symmetric square L-function of π has a pole at s = 1, then π is determined by central values of quadratic twists of its L-function. That is, if π′ is another cuspidal automorphic representations of GL3(AQ) for which L( 1 2 , π⊗χ) = L( 1 2 , π′⊗χ) for sufficiently many quadratic characters χ, then π ' π′.

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What this paper is about

Let π be a self-contragredient cuspidal automorphic representations of GL3(AQ). We show that if the symmetric square L-function of π has a pole at s = 1, then π is determined by central values of quadratic twists of its L-function. That is, if π′ is another cuspidal automorphic representations of GL3(AQ) for which L( 1 2 , π⊗χ) = L( 1 2 , π′⊗χ) for sufficiently many quadratic characters χ, then π ' π′.

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Available abstract

Let π be a self-contragredient cuspidal automorphic representations of GL3(AQ). We show that if the symmetric square L-function of π has a pole at s = 1, then π is determined by central values of quadratic twists of its L-function. That is, if π′ is another cuspidal automorphic representations of GL3(AQ) for which L( 1 2 , π⊗χ) = L( 1 2 , π′⊗χ) for sufficiently many quadratic characters χ, then π ' π′.

Key concepts: Mathematics, Pure mathematics

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