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Project
Entanglement and complexity in holography (FWOTM1116)
We study holographic entanglement entropy and holographic
complexity in the growing roster of black hole plus bath models to
elucidate the entanglement structure of these systems. In turn, we
leverage the knowledge gained this way to enrich our understanding
of these quantum information concepts. We provide concrete steps
towards advancing our understanding of entanglement in
gravitational systems and propose way in which to further refine our
understanding of entanglement entropy and complexity.
complexity in the growing roster of black hole plus bath models to
elucidate the entanglement structure of these systems. In turn, we
leverage the knowledge gained this way to enrich our understanding
of these quantum information concepts. We provide concrete steps
towards advancing our understanding of entanglement in
gravitational systems and propose way in which to further refine our
understanding of entanglement entropy and complexity.
Date:1 Oct 2022 → Today
Keywords:Holography, Quantum information theory, Quantum Gravity
Disciplines:Quantum information, computation and communication, Field theory and string theory, High energy physics