Author:
He Song,Ouyang Hao,Sun Yuan
Abstract
AbstractIn this work we calculate the partition functions of $${\mathcal {N}}=1$$
N
=
1
type 0A and 0B JT supergravity (SJT) on 2D surfaces of arbitrary genus with multiple finite cut-off boundaries, based on the $$T{\bar{T}}$$
T
T
¯
deformed super-Schwarzian theories. In terms of SJT/matrix model duality, we compute the corresponding correlation functions in the $$T{\bar{T}}$$
T
T
¯
deformed matrix model side by using topological recursion relations as well as the transformation properties of topological recursion relations under $$T{\bar{T}}$$
T
T
¯
deformation. We check that the partition functions finite cut-off 0A and 0B SJT on generic 2D surfaces match the associated correlation functions in $$T{\bar{T}}$$
T
T
¯
deformed matrix models respectively.
Funder
National Natural Science Foundation of China
Publisher
Springer Science and Business Media LLC
Subject
Physics and Astronomy (miscellaneous),Engineering (miscellaneous)
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