In this thesis we present the Iwasawa-Tate adelic framework which leads to the proof of the analytic continuation of Hecke L-functions and their functional equation. We follow the representation theory approach provided by Kudla's exposition of Tate's thesis in ‘An Introduction to the LANGLANDS PROGRAM’, developing the details of the results therein. In this context, the focus is on a representation of the idèles in the space of tempered distributions on the adèles, and its analogue for local fields. Tate's zeta integrals are then interpreted in terms of the sub-representations associated with idele class characters.

In this thesis we present the Iwasawa-Tate adelic framework which leads to the proof of the analytic continuation of Hecke L-functions and their functional equation. We follow the representation theory approach provided by Kudla's exposition of Tate's thesis in ‘An Introduction to the LANGLANDS PROGRAM’, developing the details of the results therein. In this context, the focus is on a representation of the idèles in the space of tempered distributions on the adèles, and its analogue for local fields. Tate's zeta integrals are then interpreted in terms of the sub-representations associated with idele class characters.

The Adelic point of view on Abelian L-functions

COLLAUTO, LUCA
2023/2024

Abstract

In this thesis we present the Iwasawa-Tate adelic framework which leads to the proof of the analytic continuation of Hecke L-functions and their functional equation. We follow the representation theory approach provided by Kudla's exposition of Tate's thesis in ‘An Introduction to the LANGLANDS PROGRAM’, developing the details of the results therein. In this context, the focus is on a representation of the idèles in the space of tempered distributions on the adèles, and its analogue for local fields. Tate's zeta integrals are then interpreted in terms of the sub-representations associated with idele class characters.
2023
The Adelic point of view on Abelian L-functions
In this thesis we present the Iwasawa-Tate adelic framework which leads to the proof of the analytic continuation of Hecke L-functions and their functional equation. We follow the representation theory approach provided by Kudla's exposition of Tate's thesis in ‘An Introduction to the LANGLANDS PROGRAM’, developing the details of the results therein. In this context, the focus is on a representation of the idèles in the space of tempered distributions on the adèles, and its analogue for local fields. Tate's zeta integrals are then interpreted in terms of the sub-representations associated with idele class characters.
Number Theory
Adèles
Local Field
Hecke L-function
Harmonic Analysis
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12608/71009