The post-pulse dipole instability in adiabatic TDDFT is an artifact of the time-propagation method rather than a physical effect.
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2 Pith papers cite this work, alongside 326 external citations. Polarity classification is still indexing.
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Dressed TDDFT with a frequency-dependent kernel for double excitations accurately captures non-perturbative strong-field dynamics when embedded in RR-TDDFT.
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Post-pulse dipole instability in adiabatic TDDFT: fact or artifact?
The post-pulse dipole instability in adiabatic TDDFT is an artifact of the time-propagation method rather than a physical effect.
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Harnessing dressed time-dependent density functional theory for the non-perturbative regime: Electron dynamics with double excitations
Dressed TDDFT with a frequency-dependent kernel for double excitations accurately captures non-perturbative strong-field dynamics when embedded in RR-TDDFT.