Molecular photon upconversion via triplet–triplet annihilation (TTA-UC) is an intriguing
strategy to harness sub-bandgap photons and surpass the Shockley–Queisser (SQ) limit for …

Integrating molecular photon upconversion via triplet–triplet annihilation (TTA-UC) directly
into a solar cell offers a means of harnessing sub-bandgap, near infrared (NIR) photons and …

Organic optoelectronics have received tremendous attentions in the past few decades,
which are benefitting from the rapid development of organic semiconductors and their …

Metal ion linked multilayers offer a means of controlling interfacial energy and electron
transfer for a range of applications including solar energy conversion, catalysis, sensing …

Metal ion-linked multilayers have emerged as a simple and modular means of assembling
molecular components on an inorganic substrate. The choice of molecules, based on their …

Self-assembly of molecular multilayers via metal ion linkages has become an important
strategy for interfacial engineering of metalloid and metal oxide (MO x) substrates, with …

Metal-ion-linked molecular multilayers on metal oxide surfaces are promising for
applications ranging from solar energy conversion to sensing. Most of these applications …

Modifying metal oxides (MO x) with organic monolayers is widely employed to tailor
interfacial properties in organic electronic devices and dye-sensitized solar cells. The effects …

Two dimensional van der Waals materials have attracted attention due to their unique
properties that arise in the monolayer versus bulk limits. Monolayer MoS2 has been at the …

The incorporation of dye-electron donor motifs on metal oxide surfaces is a common strategy
to increase dye regeneration rate, slow recombination, and improve overall dye-sensitized …