An approach to the construction of diabatic free energy surfaces (FESs) for ultrafast electron
transfer (ET) in a supramolecule with an arbitrary number of electron localization centers …

A model for simulating the transient electronic absorption spectra of donor–acceptor dyads
undergoing ultrafast intramolecular charge transfer in solution has been developed. It is …

In this article, regularities of ultrafast charge recombination (CR) kinetics in photoinduced
intramolecular electron transfer in polar solvents are studied. The kinetics of charge …

Control of charge transfer requires knowledge of its detailed mechanism. Due to the large
number of known mechanisms, the identification of the mechanism in specific systems is a …

To elucidate the regularities inherent in the kinetics of ultrafast charge recombination
following photo-induced charge separation in donor–acceptor dyads in solutions, the …

Fast decay of both the reactant and product states is shown to strongly increase the intrinsic
electron transfer rate in donor–acceptor dyads. The decay is associated with redistribution …

Regularities of ultrafast charge recombination kinetics in photoinduced intramolecular
electron transfer in polar solvent are investigated. The multichannel stochastic model is used …

Kinetics of photoinduced intramolecular charge separation (CS) and the ensuing ultrafast
charge recombination (CR) in electron-donor–acceptor dyads are studied numerically …

The efficiency of photoinduced charge separation (CS) in electron donor–acceptor
compounds is commonly limited due to fast deactivation processes, such as the excited …

We study the fluorescence spectral dynamics of a molecule with two excited fluorescent
states (called the precursor and product) within the stochastic point transition model, which …