The amplification method in the context of $GL(n)$ automorphic forms
Ricotta Guillaume

TL;DR
This paper constructs an explicit $GL(n)$ amplifier for automorphic forms, extending previous work on higher rank amplifiers and providing tools for effective application in automorphic form analysis.
Contribution
It introduces a completely explicit $GL(n)$ amplifier for all $n \\geq 4$, building on prior theoretical and $GL(3)$ explicit constructions.
Findings
Provides a fully explicit construction of the $GL(n)$ amplifier for $n \\geq 4$
Lays out all necessary results for effective use of the amplifier
Extends previous higher rank amplifier results to larger $n$
Abstract
In \cite{SiVe2} and \cite{BlMa1}, the authors proved the existence of a so-called higher rank amplifier and in \cite{HoRiRo2}, the authors described an explicit version of a amplifier. This article provides, for , a totally explicit amplifier and gives all the results required to use it effectively.
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Taxonomy
TopicsAdvanced Algebra and Geometry · Finite Group Theory Research · Algebraic Geometry and Number Theory
