Conductivity do** of organic semiconductors is an essential prerequisite for many organic
devices, but the specifics of dopant activation are still not well understood. Using many-body …

Organic semiconductors (OSC) are key components in applications such as organic
photovoltaics, organic sensors, transistors and organic light emitting diodes (OLED). OSC …

Organic light emitting diodes (OLED) play an important role in commercial displays and are
promising candidates for energy-efficient lighting applications. Although they have been …

In amorphous organic semiconductor devices, electrons and holes are transported through
layers of small organic molecules or polymers. The overall performance of the device …

Optimization of doped injection layers in state‐of‐the‐art OLEDs via experimental trial&error
by tuning host‐dopant combinations/concentrations is time‐consuming and costly. We …

Understanding complex molecular interactions in OLED materials such as donor‐acceptor
charge transfer are crucial for device efficiency. Utilizing simulation tools as a virtual …

The gap between computational chemistry and parametric device simulations limits the
potentially immense impact of computer models on OLED R&D. We present a review on a …

The discovery of optimal combinations of chemicals for performant devices remains a
persisting challenge in OLED technology. We present a digital twin approach to identify …

Organic semiconductors (OSCs) are a class of material based on organic molecules or
polymers with similar applications as inorganic semiconductors, eg as organic light-emitting …

Stephen Sanderson studied the operation of phosphorescent organic light-emitting diodes
using kinetic Monte-Carlo simulation techniques combined with molecular dynamics …