Singlet–triplet gap (Δ ES–T) and spin–orbit coupling (SOC) primarily govern intersystem
crossing (ISC)-mediated photo-and electro-luminescence processes. Structural-twist in …

As cancer is one of the leading causes of death globally, it is highly desirable to explore the
therapeutic potential of new sensitizers in photodynamic therapy (PDT). In recent years, PDT …

Photophysical properties of electron donor− π–acceptor (D− π–A) dyads for a given pair of D
and A highly depend on the π-bridge type and length and also on the solvent polarity. In this …

Molecular-scale design strategies for promoting intersystem crossing (ISC) in small organic
molecules are ubiquitous in developing efficient metal-free triplet photosensitizers with high …

The diverse and tunable electronic structures of perylenediimide (PDI), together with its high
thermal and chemical stability, make the compound suitable for applications in bioimaging …

The structural rigidity and chemical diversity of the highly fluorescent perylenediimide (PDI)
provide wide opportunities for developing triplet photosensitizers with sufficiently increased …

Small singlet–triplet gap (Δ ES–T) and large spin–orbit coupling (SOC) between the low-
lying excited spin singlet and triplet states greatly promote the intersystem crossing (ISC) …

The heavy-atom effect is known to enhance the intersystem crossing (ISC) in organic
molecular systems. Effects of iodine numbers and positions on the ISC rate of a few meso …

The low energy excited states of the conformational isomers of solvated azobenzene are
calculated with several DFT methods accounting for the solute–solvent interaction implicitly …

Intersystem crossing (ISC) of visible-light absorbing metal-free corrole macrocycle can be
greatly tuned by means of suitable chemical functionalization. Axially chalcogenated …