Vibronic coupling has been proposed to play a decisive role in promoting ultrafast singlet
fission (SF), the conversion of a singlet exciton into two triplet excitons. Its inherent …

The development of future quantum devices such as the maser, ie, the microwave analog of
the laser, could be well-served by the exploration of chemically tunable organic materials …

Co‐deposited molecular heterostructures with statistical intermixing of the constituents are
attractive candidates to tune the optical and the transport properties, as well as the ability to …

The optoelectronic properties of organic thin films are strongly dependent on their molecular
orientation and packing, which in turn is sensitive to the underlying substrate. Hexagonal …

Heterofission is a photophysical process of fundamental and applied interest whereby an
excited singlet state is converted into two triplets on chemically distinct chromophores. The …

The inclusion of functional molecules as substitutional dopants in single crystals of organic
hosts with complementary optical properties provides a versatile strategy to tune optical and …

Thin films of pentacene, ie a polycyclic hydrocarbon consisting of five linearly-fused
benzene rings, are grown on silicon and quartz (SiO 2) substrates by matrix assisted pulsed …

In order to investigate the effects of intermolecular interactions on the optical properties of
organic semiconductors, we employ mixing of the organic semiconductor …

Isolated spin centres dispersed in nonmagnetic host materials are characterized by discrete
energy levels with splittings that typically lie in the microwave range of frequency. While the …

Mixed-dimensional heterojunctions between two-dimensional (2D) materials and organic
semiconductors is a rapidly growing field. This is motivated by the promise of leveraging the …