Solar energy is an ample renewable energy resource, with photovoltaic (PV) technology
enabling a direct route from light to electricity. Currently, PVs are limited in photon …

Singlet fission (SF), which can convert one singlet exciton into two triplet excitons, has the
potential to enhance the solar energy conversion efficiency in devices such as photovoltaic …

Covalent dimers, particularly pentacenes, are the dominant platform for developing a
mechanistic understanding of intramolecular singlet fission (iSF). Numerous studies have …

Quantum interference (QI)—the constructive or destructive interference of conduction
pathways through molecular orbitals—plays a fundamental role in enhancing or …

The evolution of molecular platforms for singlet fission (SF) chromophores has fueled the
quest for new compounds capable of generating triplets quantitatively at fast time scales. As …

Singlet fission is commonly defined as the generation of two triplet excitons from a single
absorbed photon. However, ambiguities within this definition arise due to the complexity of …

Singlet fission (SF) is a mechanism of exciton multiplication in organic chromophores, which
has potential to drive highly efficient optoelectronic devices. Creating effective device …

We report a long‐lived charge‐separated state in a chromophoric pair (DC‐PDI2) that
uniquely integrates the advantages of fundamental processes of photosynthetic reaction …

Symmetry-breaking charge separation (SB-CS) provides a very promising option to
engineer a novel light conversion scheme, while it is still a challenge to realize SB-CS in a …

We investigate triplet pair dynamics in pentacene dimers that have varying degrees of
coplanarity (pentacene–pentacene twist angle). The fine-tuning of the twist angle was …