The formation of excited dimer states, so called excimers, is an important phenomenon in
many organic molecular semiconductor solid state aggregates. In contrast to Frenkel exciton …

Knowledge of the full phonon spectrum is essential to accurately calculate the dynamic
disorder (σ) and hole mobility (μ h) in organic semiconductors (OSCs). However, most …

Understanding the correlation mechanism of side chains on thermal transport of organic
semiconductors is crucial for functionalized organic electronics. In this study, phenyl and …

Phonons play a crucial role in the thermodynamic and transport properties of solid materials.
Nevertheless, rather little is known about phonons in organic semiconductors. Thus, we …

This article aims at laying the foundation for the development of electronic structure–property
relationships in the field of charge-transfer (CT) organic semiconductors by studying the low …

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 …

In this work, we analyze the generalized Einstein relation for disordered organic
semiconductors with a non-equilibrium Druyvesteyn-type distribution function. The …

Charge transport is important in organic molecular crystals (OMCs), where high carrier
mobilities are desirable for a range of applications. However, modeling and predicting the …

Terahertz (THz) waves interact with molecular phonon vibrations of organic matter. When
designing organic THz‐device materials, conformational flexible groups (CFGs) are in most …

The efficiency of optoelectronic devices, such as photovoltaics and sensors, are limited by
the speed and direction of exciton propagation in their constituent materials. Organic …