Supersymmetric Wormhole Teleportation

Our research extends previous work on simulating supersymmetric quantum mechanics to supersymmetric field theory, namely through extending the Gao-Jafferis protocol for wormhole teleportation between copies of supersymmetric SYK models. We show in finite-$N$ simulations that the supersymmetric SYKs exhibit signature holographic features of wormhole teleportation, including those related to size winding. In particular, the analysis indicates superior teleportation as compared to that of the non-supersymmetric original. This work represents a first step in incorporating supersymmetry into the "quantum gravity in the lab" program.