Real-time D-GW simulations predict momentum-selective electronic heating, a quench-like antiferromagnetic response with frozen correlation length, and a local-moment melting signature in the photoexcited Hubbard model.
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Momentum-Selective Electron and Spin Dynamics under Ultrafast Photoexcitation
Real-time D-GW simulations predict momentum-selective electronic heating, a quench-like antiferromagnetic response with frozen correlation length, and a local-moment melting signature in the photoexcited Hubbard model.