Phenomena involving electron transfer are ubiquitous in nature, photosynthesis and
enzymes or protein activity being prominent examples. Their deep understanding thus …

Exciton dynamics governs energy transfer and charge generation in organic functional
materials. We investigate high-energy nonadiabatic excited-state dynamics for a …

Excited state carriers, such as excitons, can diffuse on the 100 nm to micron length scale in
molecular materials but only delocalize over short length scales due to coupling between …

We report on high-dimensional quantum dynamical simulations of electron–hole separation
in self-assembled mesomorphic nanostructures composed of donor–acceptor conjugated co …

The ultrafast high-energy nonadiabatic excited-state dynamics of the
benzylidenedimethylimidazolinone chromophore dimer has been investigated using an …

Organic solar cells separate strongly bound electron-hole pairs into free charges at
interfaces between electron donor and acceptor organic semiconductors. Recently, electron …

It is well known that phonons can overscreen the bare Coulomb electron-electron repulsion,
turning it into the effective attraction that binds the Cooper pairs responsible for BCS …

We investigate the charge transfer dynamics of photogenerated excitons at the donor–
acceptor interface of an organic solar cell blend under the influence of molecular vibrations …

We present a detailed investigation of ultrafast (subpicosecond) exciton dynamics in the
lattice model of a donor/acceptor heterojunction. Exciton generation by means of a …

Organic solar cells are a promising avenue for renewable energy, and our study introduces
a comprehensive model to investigate exciton dissociation processes at the donor-acceptor …