Proving the 6d a-theorem with the double affine Grassmannian

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Hauptverfasser: Fazzi, Marco, Giri, Suvendu, Levy, Paul
Format: Preprint
Veröffentlicht: 2023
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author Fazzi, Marco
Giri, Suvendu
Levy, Paul
author_facet Fazzi, Marco
Giri, Suvendu
Levy, Paul
contents This paper contains two results of independent interest, the first being more mathematical in nature whereas the second more physical. We first show that the hierarchy of Higgs branch RG flows between the 6d $(1,0)$ SCFTs known as A-type orbi-instantons is given by the Hasse diagram of certain strata and transverse slices in the double affine Grassmannian of $E_8$. Secondly, we leverage the partial order naturally defined on this Hasse diagram to prove the $a$-theorem for orbi-instanton Higgs branch RG flows, thereby exhausting the list of $c$-theorems in the even-dimensional (supersymmetric) setting.
format Preprint
id arxiv_https___arxiv_org_abs_2312_17178
institution arXiv
publishDate 2023
record_format arxiv
spellingShingle Proving the 6d a-theorem with the double affine Grassmannian
Fazzi, Marco
Giri, Suvendu
Levy, Paul
High Energy Physics - Theory
Algebraic Geometry
Representation Theory
This paper contains two results of independent interest, the first being more mathematical in nature whereas the second more physical. We first show that the hierarchy of Higgs branch RG flows between the 6d $(1,0)$ SCFTs known as A-type orbi-instantons is given by the Hasse diagram of certain strata and transverse slices in the double affine Grassmannian of $E_8$. Secondly, we leverage the partial order naturally defined on this Hasse diagram to prove the $a$-theorem for orbi-instanton Higgs branch RG flows, thereby exhausting the list of $c$-theorems in the even-dimensional (supersymmetric) setting.
title Proving the 6d a-theorem with the double affine Grassmannian
topic High Energy Physics - Theory
Algebraic Geometry
Representation Theory
url https://arxiv.org/abs/2312.17178