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Main Authors: Bonolis, Dante, Kowalski, Emmanuel, Woo, Katharine
Format: Preprint
Published: 2025
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Online Access:https://arxiv.org/abs/2506.18299
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author Bonolis, Dante
Kowalski, Emmanuel
Woo, Katharine
author_facet Bonolis, Dante
Kowalski, Emmanuel
Woo, Katharine
contents We survey some of the stratification theorems concerning exponential sums over finite fields, especially those due to Katz-Laumon and Fouvry-Katz, as well as some of their applications. Moreover, motivated partly by recent work of Bonolis, Pierce and Woo (arXiv:2505.11226), we prove that these stratification statements admit uniform variants in families, both algebraically and analytically. The paper includes an Appendix by Forey, Fresán and Kowalski (excerpted from arXiv:2109.11961), which provides an elementary intuitive introduction to trace functions in more than one variable over finite fields.
format Preprint
id arxiv_https___arxiv_org_abs_2506_18299
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Stratification theorems for exponential sums in families
Bonolis, Dante
Kowalski, Emmanuel
Woo, Katharine
Number Theory
11T23, 14F20
We survey some of the stratification theorems concerning exponential sums over finite fields, especially those due to Katz-Laumon and Fouvry-Katz, as well as some of their applications. Moreover, motivated partly by recent work of Bonolis, Pierce and Woo (arXiv:2505.11226), we prove that these stratification statements admit uniform variants in families, both algebraically and analytically. The paper includes an Appendix by Forey, Fresán and Kowalski (excerpted from arXiv:2109.11961), which provides an elementary intuitive introduction to trace functions in more than one variable over finite fields.
title Stratification theorems for exponential sums in families
topic Number Theory
11T23, 14F20
url https://arxiv.org/abs/2506.18299