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Several mean-field computations have revealed the existence of an out of equilibrium dynamical transition induced by quantum quenching an isolated system starting from its symmetry broken phase.
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Cited in the paper.
For simplicity we absorbed the constant in front of the derivatives by redefining the units of time and length
Cited in the paper.
The mean-field approximation has been studied within a conformal field theory approach, based on a mapping from the imaginary time evolution to a classical critical film and the analytical continuation to real times Gambassi
Cited in the paper.
At the leading order in 1 / N 1/N there is an infinite number of conserved quantities, hence, the system is not expected to thermalize even for “trivial” quenches. On the other hand, it was shown that the next leading order contribution allows for thermalization on large times Berges
Cited in the paper.
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A. Chandra, A. Nanduri, S. S. Gubser and S. L. Sondhi, Phys. Rev. B 8̱8, 024306 (2013)
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