Neepa presents Davood’s work at the APS!
Our work on how to make best use of the adiabatic approximation when simulating strong-field and photo-excited dynamics was invited for a talk at the APS March meeting in Minneapolis. … Read More
Our work on how to make best use of the adiabatic approximation when simulating strong-field and photo-excited dynamics was invited for a talk at the APS March meeting in Minneapolis. … Read More
Dawood made a truly impressive thesis defense, presenting his innovative work in TDDFT that has injected new energy into challenging problems in the area, and is spurring new directions! He … Read More
We are excited to have Lynh Belousova join us for their PhD!
We enjoyed inspiring discussions on electronic coherence in photo-excited molecules and non-adiabatic dynamics with Professor Ben Levine, SUNY Stonybrook, who also gave an exciting departmental seminar on his work. All … Read More
We enjoyed stimulating discussions and an excellent department seminar by Prof. Yohann Scribano, University of Montpellier, on the treatment and impact of rigorous quantum methods for light nuclei, coupling to … Read More
It was wonderful to have Dr. Ernesto Sandoval (PhD SUNY Binghamton) visit and tell us about his research on materials modeling/prediction using neural networks and DFT! Ernesto is a former … Read More
We are excited to have Anna Baranova join us to start her PhD! Anna has worked on quantum electrodynamical density functional theory, and will begin to explore further in this … Read More
Davood presents his work on oscillator strengths of double excitations and quadratic response at CECAM workshop in Lausanne on Accelerating Improvements in DFT, and wins the poster prize! His talk … Read More
Neepa presents remotely at the Progress in Non-Equilibrium Green’s Function Workshop in Orebro, discussing recent work on perspectives on TDDFT beyond linear response.
We are excited to have Prof. Junhyeok Bang join us for a year while he is on sabbatical! Prof. Bang is an expert on applications of density-functional methods for electronic … Read More