Recent theoretical studies have shown that charge transport in high-mobility organic
semiconductors is limited by low-frequency vibrations because of strong non-local electron …

The electron-acoustic phonon scattering for charge transport in organic semiconductors has
been studied by first-principles density functional theory and the Boltzmann transport …

Molecular vibrations play a critical role in the charge transport properties of weakly van der
Waals bonded organic semiconductors. To understand which specific phonon modes …

Organic electronics is a rapidly developing high‐tech area aimed at production of electronic
devices that can outperform traditional inorganic ones in many applications. However, in …

The dynamic interaction between the traveling charges and the molecular vibrations is
critical for the charge transport in organic semiconductors. However, a direct evidence of the …

Developing a fundamental understanding of charge transport in organic semiconductors has
been a decades-long challenge that hinders performance improvement. In particular, recent …

Electron–phonon interaction strongly affects and often limits charge transport in organic
semiconductors (OSs). However, approaches to its experimental probing are still in their …

The electronic and electrical properties of crystalline organic semiconductors, such as the
dispersions of the electronic bands and the dependence of charge-carrier mobility on …

Despite decades of intensive studies of charge transport in organic semiconductors (OSs),
understanding of mechanisms underpinning efficient charge transport in them remains …

Organic semiconductors with distinct molecular properties and large carrier mobilities are
constantly developed in attempt to produce highly‐efficient electronic materials. Recently …