Temperature-induced oscillating electric dipole in conjugated systems

Impact of the electron–phonon coupling symmetry on the polaron stability and mobility in organic molecular semiconductors

Schematic representation of a pentacene stack with two inter-molecular degrees of freedom.

Polaron stability in molecular semiconductors: theoretical insight into the impact of the temperature, electric field and the system dimensionality

A semi-empirical Holstein–Peierls model is used to study the temperature effects on the polaron stability in organic semiconductors at a molecular scale.

Critical temperature and products of intrachain polaron recombination in conjugated polymers

The intrachain recombination dynamics between oppositely charged polarons is theoretically investigated through the use of a version of the Su–Schrieffer–Heeger (SSH) model modified to include an external electric field, an extended Hubbard model, Coulomb interactions, and temperature effects in the framework of a nonadiabatic evolution method.