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The Quantum Null Energy Condition and Entanglement Entropy in Quenches · Around

2019

The Quantum Null Energy Condition and Entanglement Entropy in Quenches

Mezei, Márk, Virrueta, Julio

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The Quantum Null Energy Condition (QNEC) relates energy to the second variation of entropy in relativistic quantum field theory.

We use the QNEC inequality to bound entanglement entropy in quenches.
At early times the entanglement entropy grows quadratically in time, and the QNEC provides an upper bound on the prefactor.
We demonstrate that the bound is tight, by showing that it is saturated in certain quench protocols: boundary state quenches in conformal field theories in any dimensions.

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