A weighted invariant trace formula
Tian An Wong

TL;DR
This paper introduces a new invariant trace formula weighted by automorphic L-functions, extending previous results to include the refined and invariant expansions without removing nontempered contributions.
Contribution
It develops a novel approach to the r-trace formula by establishing an invariant trace formula with weighted spectral terms, extending prior work on the coarse and refined expansions.
Findings
Extended the continuity results of coarse to refined expansions
Established an invariant trace formula with weighted spectral terms
Incorporated basic functions at unramified places
Abstract
This paper begins a new approach to the -trace formula, without removing the nontempered contribution to the spectral side. We first establish an invariant trace formula whose discrete spectral terms are weighted by automorphic -functions. This involves extending the results of Finis, Lapid, and M\"uller on the continuity of the coarse expansion of Arthur's noninvariant trace formula to the refined expansion, and then to the invariant trace formula, while incorporating the use of basic functions at unramified places.
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Taxonomy
TopicsAdvanced Algebra and Geometry · Mathematical functions and polynomials · Quantum Chromodynamics and Particle Interactions
