This review highlights recent major progress in the development of organic semiconductors
as electron transport n-channel materials in organic field effect transistors (OFETs). Three …

Organic semiconductors encounter limitations in their practical applicability in future
electronics due to their low environmental stability and poor charge carrier mobilities …

A common obstacle of many organic semiconductors is that they show highly unipolar
charge transport. This unipolarity is caused by trapping of either electrons or holes by …

In recent years, there has been an unprecedented rise in the performance of metal halide
perovskite solar cells. They are now in a position to compete on performance with traditional …

Lithium salts have been shown to dramatically increase the conductivity in a broad range of
polymeric and small molecule organic semiconductors (OSs). Here we demonstrate and …

Organic semiconductors, which serve as the active component in devices, such as solar
cells, light-emitting diodes and field-effect transistors, often exhibit highly unipolar charge …

Electron transport in semiconducting polymers is usually inferior to hole transport, which is
ascribed to charge trapping on isolated defect sites situated within the energy bandgap …

This article reviews the basic physical processes of charge transport and recombination in
organic semiconductors. As a workhorse, LEDs based on a single layer of poly (p …

Targeted strategies to overcome defects in organic semiconductors require insight into their
identity and origin. Here the formation, nature, and location of defects is studied in PM6: Y6 …

Electron trapping is a well-recognized issue in organic semiconductors, in particular in
conjugated polymers, leading to a significant electron mobility reduction in materials with …