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Title:
Negativity in Random Tensor Networks and Holography

Speaker:
Vladimir Narovlansky

Abstract:
We will discuss mixed state entanglement in random tensor networks, using the notion of negativity. Tensor networks are useful in many-body physics, as well as in holography, in particular in fixed-area states. We find the negativity spectrum, which is the analog of entanglement spectrum, in a general random tensor network with large bond dimensions, using a related flow network problem. We also study mixed states of a system coupled to gravity, such as a black hole with its Hawking radiation. We use Jackiw-Teitelboim gravity as a model, where the contribution to entanglement of Euclidean wormholes should be taken into account.

Link:
http://scgp.stonybrook.edu/video_portal/video.php?id=5222

Workshop:
Simons- Physics Seminar