Matrix model holography
Thomas Ortiz, Henning Samtleben, Dimitrios Tsimpis
TL;DR
This paper develops a holographic renormalization framework for a specific supergravity model related to D0-branes and uses it to compute correlation functions in the BFSS matrix quantum mechanics and its deformations.
Contribution
It introduces a formalism for holographic renormalization in matter-coupled 2D supergravity and applies it to compute correlators in matrix quantum mechanics.
Findings
Computed one- and two-point functions holographically.
Established a formalism for holographic renormalization in this setting.
Analyzed supersymmetric deformations of the BFSS model.
Abstract
We set up the formalism of holographic renormalization for the matter-coupled two-dimensional maximal supergravity that captures the low-lying fluctuations around the non-conformal D0-brane near-horizon geometry. As an application we compute holographically one- and two-point functions of the BFSS matrix quantum mechanics and its supersymmetric deformation.
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