The recently developed narrow-band blue-emitting organoboron chromophores based on
the multiple-resonance (MR) effect have now become one of the most important components …

Photosynthetic organisms are known to use a mechanism of vibrationally assisted exciton
energy transfer to efficiently harvest energy from light. The importance of quantum effects in …

Coupling between pigment excitations and nuclear movements in photosynthetic complexes
is known to modulate the excitation energy transfer (EET) efficiencies. Toward providing …

In this paper, we discuss the explicit role of resonant nuclear/vibrational modes in mediating
energy transport among chlorophylls in the Light-harvesting Complex II (LHCII), the major …

How atoms and electrons in a molecule move during a chemical reaction and how rapidly
energy is transferred to or from the surroundings can be studied with flashes of laser light …

We have benchmarked the surface hopping method to capture nuclear quantum effects in
the spin-Boson model in the deep tunneling regime. The thermal populations and the rate …

Electrostatic intermolecular interactions lie at the heart of both the Förster model for
resonance energy transfer (RET) and the exciton model for energy delocalization. In the …

This thesis addresses the problem of combining quantum and classical dynamics in
numerical simulations of a wide range of physical applications, including photochemistry …

We introduce a simple and effective method to decompose the energy dissipation in the
dynamics of open quantum systems into contributions due to individual bath components …

The effects of the environment in energy transfer systems have been continuously studied
for decades. Here, we investigate how the energy transfer and the emergence of vibrational …