The rise in power conversion efficiency of organic photovoltaic (OPV) devices over the last
few years has been driven by the emergence of new organic semiconductors and the …

The photoactive layer of bulk‐heterojunction organic solar cells, in a thickness range of tens
to hundreds of nanometers, comprises phase‐separated electron donors and acceptors …

We report a dopant-free polymeric hole transport material (HTM) that is based on benzo [1, 2-
b: 4, 5: b′] dithiophene and 2, 1, 3-benzothiadiazole, which results in highly efficient and …

Thick film organic solar cells have great potential for preparing large‐area devices in the
future. However, unsuitable vertical donor/acceptor distribution, poor crystallinity of …

We demonstrate a simple and facile way to improve the efficiency and moisture stability of
perovskite solar cells using commercially available hole transport materials, 2, 2′, 7, 7 …

High-efficiency organic solar cells (OSCs) can be produced through optimization of
component molecular design, coupled with interfacial engineering and control of active layer …

The regulation of intermolecular compatibility is important for achieving a suitable
morphology for organic solar cells (OSCs). The small molecule acceptor BTP-eC9 is …

Solution‐processed organic solar cells are promising owing to their light weight, ease of
processability, low cost, flexibility, and large‐area fabrication. Particularly, small‐molecule …

A series of PBDB‐TTn random donor copolymers is synthesized, consisting of an electron‐
deficient benzo [1, 2‐c: 4, 5‐c′] dithiophene‐4, 8‐dione (BDD) unit and different ratios of …

In this work, the correlation between three‐dimensional morphology and device
performance of PBDB‐T: IT‐M non‐fullerene organic solar cells is investigated. We found …