Analog Systems for Gravity Duals

Abstract

We show that analog gravity systems exist for charged, planar black holes in asymptotic Anti-de Sitter space. These black holes have been employed to describe, via the gauge-gravity duality, strongly coupled condensed matter systems on the boundary of AdS-space. The analog gravity system is a different condensed matter system that, in a suitable limit, describes the same bulk physics as the theory on the AdS boundary. This combination of the gauge-gravity duality and analog gravity therefore suggests a duality between different condensed matter systems.

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Cited by in corpus (18)

• Analogue simulations of quantum gravity with fluids
• Delayed collapses of BECs in relation to AdS gravity
• Rotating black hole solutions in relativistic analogue gravity
• The Theory of Optical Black Hole Lasers
• AdS and dS black hole solutions in analogue gravity: The relativistic and non-relativistic cases
• A relativistic acoustic metric for planar black holes
• Singularity resolution and inflation from an infinite tower of regularized curvature corrections
• Analogue models for Schwarzschild and Reissner-Nordström spacetimes
• Analogue Gravity Models From Conformal Rescaling
• Analogue metric in a black bounce background
• Analog Models for Holographic Transport
• Thermodynamics of AdS planar black holes and holography
• Fluid analogs for rotating black holes
• Analog dual to a 2+1-dimensional holographic superconductor
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• Island of acoustic black hole in Schwarzschild spacetime
• Holographic superfluid sound modes with bulk acoustic black hole
• Massless fermions in null Fermi coordinates and an application to analog gravity in ${\text{He}}^3$-A