Symmetric conjugated molecules can be broken through suitable synthetic strategies to
construct novel asymmetric molecules, which can largely broaden the material library. In the …

Thanks to their broad absorption spectra, easily modifiable molecular energy levels and
chemical structures, nonfullerene small-molecule acceptors (SMAs) have attracted …

Constructing tandem and multi‐blend organic solar cells (OSCs) is an effective way to
overcome the absorption limitations of conventional single‐junction devices. However, these …

Organic solar cells (OSCs) exhibit complex charge dynamics, which are closely correlated
with the dielectric constant (ɛr) of photovoltaic materials. In this work, a series of novel …

High-sensitivity organic photodetectors (OPDs) with strong near-infrared (NIR)
photoresponse have attracted enormous attention due to potential applications in emerging …

The short exciton diffusion length (LD) associated with most classical organic photocatalysts
(5–10 nm) imposes severe limits on photocatalytic hydrogen evolution efficiency. Here, a …

The blend nanomorphology of electron‐donor (D) and‐acceptor (A) materials is of vital
importance to achieving highly efficient organic solar cells. Exogenous additives especially …

Efficient in situ deposition of metallic cocatalyst, like zero‐valent platinum (Pt), on organic
photovoltaic catalysts (OPCs) is the prerequisite for their high catalytic activities. Here we …

For the process of photovoltaic conversion in organic solar cells (OSCs) and quantum‐dot
solar cells (QDSCs), three of four steps are determined by exciton behavior, namely, exciton …

Enhancing the built‐in electric field to promote charge dynamitic process is of great
significance to boost the performance of the non‐fullerene organic solar cells (OSCs), which …