The electron force field (eFF) models electrons as Gaussian wave packets whose centers and widths evolve according to classical equations of motion. This unconventional approach allows the simulation of nonadiabatic electron dynamics at a cost comparable to standard molecular dynamics. Herein, we present the first syst...
Tomáš Ovad, P. Slavíček· Physical Chemistry, Chemical...· 0 citations
Charge-transfer-to-solvent (CTTS) excitations provide a chemically central route to generating hydrated electrons and initiating redox chemistry in solution, yet the earliest stage of CTTS---the formation of the excited state itself---is usually treated as instantaneous. Here we present a time-domain perspective of how...
Jiří Suchan, B. S. Fales, Benjamin G. Levine et al.· 0 citations
Solute-solvent interactions are fundamental to understanding the stability, reactivity, and biological function of molecules. Spectroscopic techniques allow gaining molecular-level insights into these interactions. Here we explore the hydration of uracil, a model system for the behavior of biomolecules in an aqueous en...
Marine Fournier, Martin Procházka, Rémi Dupuy et al.· Physical Chemistry, Chemical...· 0 citations
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