Molecular materials afford abundant flexibility in the tunability of physical and electronic
properties. As such, they are ideally suited to engineering low-cost, flexible, light-harvesting …

To understand charge-transfer (CT) processes at the donor/acceptor interface of
DTDCTB/fullerene solar cells, we have investigated the electronic couplings and the rates …

In this review article, the synthesis, characterization and physico‐chemical properties of the
organic donor‐acceptor complexes are highlighted and a special emphasis has been …

One-dimensional (1D) nanostructures possess huge potential in electronics and
optoelectronics, but the axial alignment of such 1D structures is still a challenging task …

The individual steps of the light-to-energy conversion process in the vicinity of the interfaces
of organic solar cells are investigated with kinetic Monte Carlo simulations employing …

Charge transport in molecular thin films is often dominated by incoherent hopping
processes, and charge-carrier phonon coupling plays a major role in defining mobilities. Our …

A combined molecular dynamics (MD) and quantum chemical (QC) simulation method is
utilized to investigate charge generation mechanism at TTF/TCNQ (tetrathiafulvalene …

The electronic properties of organic semiconductors can be modified by a charge transfer to
electron accepting molecules. In this study, the charge transfer reactions between BEDT-TTF …

The efficiency of organic photodetectors and optoelectronic devices is strongly limited by
exciton diffusion, in particular for acceptor materials. Although mechanisms for exciton …

Small molecule organic solar cells (OSCs) have experienced a resurgence of interest over
their polymer solar cell counterparts, owing to their improved batch-to-batch (thus, cell-to …