The complexity of rotating thermofield double states (TFD) is studied adopting the AdS/CFT correspondence in two and three dimensional CFT, hence working in the dual spacetime geometries known as the rotating BTZ and the Kerr-AdS black holes. The circuit complexity is also explored in a Quantum Field Theory (QFT) toy-model without resorting to holographic techniques. Differences and analogies are particularly highlighted.
Holographic and Quantum Field Theory Complexity of rotating states / DAVIDE BILLO. - (2022).
Holographic and Quantum Field Theory Complexity of rotating states
DAVIDE BILLO
2022
Abstract
The complexity of rotating thermofield double states (TFD) is studied adopting the AdS/CFT correspondence in two and three dimensional CFT, hence working in the dual spacetime geometries known as the rotating BTZ and the Kerr-AdS black holes. The circuit complexity is also explored in a Quantum Field Theory (QFT) toy-model without resorting to holographic techniques. Differences and analogies are particularly highlighted.
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