Most photovoltaic (PV) technologies are opaque to maximize visible light absorption.
However, see-through solar cells open additional perspectives for PV integration. Looking …

We review recent work employing high‐dimensional quantum dynamical techniques to
study ultrafast charge separation in functional organic materials, in view of understanding …

The power conversion efficiency of state of the art organic photovoltaics is predicted to be
limited at about 15%. This limit can be increased by an improved charge carrier mobility and …

Single‐material organic solar cells (SMOSCs) promise several advantages with respect to
prospective applications in printed large‐area solar foils. Only one photoactive material has …

Organic/silicon hybrid solar cells have attracted much interest due to their cheap fabrication
process and simple device structure. A category of organic substances, Dibenzothiophene …

A combined experimental and theoretical study of iron (II) complexes with pyridyl N-
heterocyclic carbene ligands is presented, with a new focus on the effect of extending the …

Marcus–Levich–Jortner (MLJ) theory is one of the most commonly used methods for
including nuclear quantum effects in the calculation of electron-transfer rates and for …

We report on high-dimensional quantum dynamical simulations of electron–hole separation
in self-assembled mesomorphic nanostructures composed of donor–acceptor conjugated co …

Combined electronic structure and quantum dynamical calculations are employed to
investigate charge separation in a novel class of covalently bound bisthiophene–perylene …

Electron–hole separation in self-assembled mesomorphic nanostructures composed of
donor–acceptor (DA) co-oligomers is investigated by combined microelectrostatics and …