19-20 December 2018
Centre for Particle Theory, Durham
Europe/London timezone

Fermionically Generated Superstrata

19 Dec 2018, 16:45
20m
CM107 (Department of Mathematical Sciences)

CM107

Department of Mathematical Sciences

Speaker

Nejc Ceplak (Queen Mary, University of London)

Description

The aim of the talk is to present the construction of a new family of smooth horizonless solutions of supergravity that have the same charges as the supersymmetric D1-D5-P black hole. We will begin with a brief review of the Fuzzball proposal for black holes, which states that at the length scale of the horizon a new, fuzzy, phase takes over, allowing outside observers to distinguish between different microstates of the black hole. We will then focus on the three charge supersymmetric D1-D5-P black hole and review some of its microstate geometries. We then present a method of obtaining a new family of solutions using supersymmetry generators. The motivation behind this construction is coming from the dual CFT multiplet structure, where these fermionic generators are used to create new linearly independent states in the theory. On the gravity side the geometries dual to these new states are generated by the Killing spinors of AdS$_3 \times S^3 \times T^4$. Hence we present the explicit form of these spinors and use them to construct new solutions to the supergravity equations. Finally we present these new solutions and show that they are simpler than the ones previously known with having a fewer number of excited fields.

Primary author

Nejc Ceplak (Queen Mary, University of London)

Co-authors

Dr Rodolfo Russo (Queen Mary, University of London) Dr Masaki Shigemori (Nagoya University, Yukawa Institute for Theoretical Physics)

Presentation Materials

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