Photocharging or photodoping is a process in which electrons are accumulated in a
semiconductor upon bandgap excitation followed by quenching of the photogenerated holes …

Photochargeable semiconductors enable energy harvesting and storage in a single
material. Charges separated upon absorption of photons can accumulate in highly energetic …

Carbon nitrides are among the most studied materials for photocatalysis; however,
limitations arise from inefficient charge separation and transport within the material. Here …

Carbon nitride (CNx) is a light‐absorber with excellent performance in photocatalytic
suspension systems, but the activity of CNx photoelectrodes has remained low. Here …

The kinetic competition between water oxidation/electron extraction processes and
recombination behaviors is a key consideration in the development of efficient photoanodes …

Colorimetric sensors have been widely used for centuries across diverse fields, thanks to
their easy operation and uncompromisingly high sensitivity with no need for electricity …

Light-driven production of hydrogen peroxide via selective dioxygen reduction is an
attractive “green” alternative to the conventionally used anthraquinone process. One of the …

Computational investigation of the structural and photophysical properties of polymeric
carbon nitride (PCN) materials can help to establish understanding-driven material …

Photomemristive sensors have the potential to innovate current photo-electrochemical
sensors by incorporating new sensing capabilities including non-invasive, wireless and time …

Prolonging the lifetime of photogenerated electrons is crucial not only for improving surface
photocatalytic reactions under light irradiation, but also for developing round-the-clock …