Re-visiting supersymmetric Janus solutions: a perturbative construction *
Nakwoo Kim, Se-Jin Kim
Abstract
Abstract We construct holographic Janus solutions, which describe a conformal interface in the theory of M2-branes, in four-dimensional gauged supergravities using a perturbative method. In particular, we study three Einstein-scalar systems and their BPS equations, which are derived by Bobev, Pilch, and Warner (2014). The actions of our interest are all consistent truncations of supergravity, chosen to be invariant under , , and symmetry subgroups of . The utility of our semi-analytic result is illustrated by the calculation of minimal area surface and the associated holographic entanglement entropy.
Topics & Concepts
PhysicsSupergravityJanusConformal mapMathematical physicsQuantum entanglementInvariant (physics)Scalar (mathematics)HolographyEinsteinTheoretical physicsGauged supergravityEntropy (arrow of time)Conformal symmetrySupersymmetryQuantum mechanicsGeometryQuantumMaterials scienceMathematicsNanotechnologyBlack Holes and Theoretical PhysicsCosmology and Gravitation TheoriesAdvanced Mathematical Physics Problems