The development of advanced experimental and theoretical methods for the characterization
of excitations in materials enables revisiting established concepts that are sometimes …

Modeling the electronic and optical properties of organic semiconductors remains a
challenge for theory, despite the remarkable progress achieved in the last three decades …

The coherent coupling between electronic excitations and vibrational modes of molecules
largely affects the optical and charge transport properties of organic semiconductors and …

Modifying the optical and electronic properties of crystalline organic thin films is of great
interest for improving the performance of modern organic semiconductor devices. Therein …

Organic semiconductor crystals stand out as an efficient, cheap, and diverse platform for
realizing optoelectronic applications. The optical response of these crystals is governed by a …

The understanding of crystal formation in thin films and the precise knowledge of the relation
between structure and surface diffusion are two important requirements for the efficient …

Excitons dominate the optoelectronic response of many materials. Depending on the
timescale and host material, excitons can exhibit free diffusion, phonon-limited diffusion, or …