Organic photovoltaics (OPVs) have demonstrated increasing potential for use in large‐area,
flexible, and light‐weight applications. To date, the rapid development of nonfullerene …

The minimum driving force strategy is applied to promote the exciton dissociation in organic
solar cells (OSCs) without significant loss of open-circuit voltage. However, this strategy …

Single‐material organic solar cells (SMOSCs) are on the forefront of research on organic
photovoltaics (OPV). The generic term of SMOSCs encompasses a large variety of chemical …

The record high photoinduced current and power conversion efficiencies of organic solar
cells (OSCs) should be attributed to the significant contribution of non-fullerene electron …

Long-range delocalization of unpaired electrons in organic π-conjugated oligomers is an
important requirement to achieve high charge carrier mobilities in molecular transistors. We …

Organic near‐infrared (NIR) photodetectors with essential applications in medical
diagnostics, night vision, remote sensing, and optical communications have attracted …

Bulk heterojunction (BHJ) composites show improved power conversion efficiencies when
optimized in terms of morphology using various film processing methods. A reduced carrier …

High-voltage organic solar cells (OSCs) have received increasing attention because of their
promising applications in tandem devices and indoor photovoltaics, but the trade-off …

Understanding the influence of molecular structure on charge distribution and charge
separation (CS) provides essential guidance for optoelectronic materials design. Here we …

To understand the importance of excess energy in the charge separation mechanism in
polymer solar cells (PSCs), we focused on the dissociation of the Coulombically bound …