THC acceleration preserves self-consistent GW ionization potentials with negligible errors, while vertex corrections produce systematic shifts rather than consistent accuracy improvements on the G0W0Γ29 and GW100 sets.
Measure- ments of lithium cluster ionization potentials.Chemical Physics Letters1992,197, 433–437
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Self-consistent vertex corrected $GW$ with static and dynamic screening using tensor hypercontraction: assessment of molecular ionization potentials
THC acceleration preserves self-consistent GW ionization potentials with negligible errors, while vertex corrections produce systematic shifts rather than consistent accuracy improvements on the G0W0Γ29 and GW100 sets.