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The Explicit Local Langlands Correspondence for $G_2$
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abstract
We develop a general strategy for constructing the explicit Local Langlands Correspondences for $p$-adic reductive groups via reduction to LLC for supercuspidal representations of proper Levi subgroups, using Hecke algebra techniques. As an example of our general strategy, we construct the explicit Local Langlands Correspondence for the exceptional group $G_2$ over a nonarchimedean local field, with explicit $L$-packets and explicit matching between the group and Galois sides. We also give a list of characterizing properties for our LLC. In \cite{G2-stability}, we complete unique characterization using stability property of our $L$-packets. For intermediate series, we build on our previous results on Hecke algebras. For principal series, we improve previous works of Muic etc. and obtain more explicit descriptions on both group and Galois sides. Moreover, we show the existence of non-unipotent \textit{singular} supercuspidal representations of $G_2$, and exhibit them in \textit{mixed} $L$-packets mixing supercuspidal representations with non-supercuspidal ones. Furthermore, our LLC satisfies a list of expected properties, including the compatibility with cuspidal support.
Forward citations
Cited by 3 Pith papers
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Hecke algebras and local Langlands correspondence for non-singular depth-zero representations
A local Langlands correspondence and a categorical Hecke-algebra refinement are established for all non-singular depth-zero representations of reductive p-adic groups.
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The alternating sum of parabolic inductions and restrictions of an affine Hecke algebra module equals a module twisted by an explicit sign-and-parameter involution, with a finite-group analogue proved under restrictiv...
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The Aubert-Zelevinsky involution for $G_2$ and its associated Hecke algebras
For principal and mediate series of p-adic G2, the Aubert-Zelevinsky duality matches the Kato involution on affine Hecke algebra modules, confirming several cases of the Bernstein unitarity conjecture.
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