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The second photon energy and field intensity can drastically reshape molecular dynamics, leading to unexpected nonmonotonic responses in population transfer and alignment.
Floquet nonadiabatic dynamics could revolutionize our understanding of electron transfer and quantum transport in light-driven systems, moving beyond traditional models.
Mean-field theory fails to capture key electronic friction dynamics in strongly correlated systems, but a DMFT approach accurately models electron attachment/detachment resonances.
Forget computationally expensive methods: RI-CC2, when combined with neural network acceleration, accurately simulates ultrafast internal conversion dynamics, matching experimental results for pyrazine.
Forget scalar approximations: a new tensorial method slashes the computational cost of simulating complex open quantum systems.
