Organic solar cells (OSCs) are lightweight, have adaptable colors, and can be produced in
low‐cost procedures on transparent and flexible surfaces. This makes them attractive for …

Interfaces between the photoactive and charge transport layers are crucial for the
performance of perovskite solar cells. Surface passivation of SnO2 as electron transport …

Owing to high resolution, reliability, and industrial compatibility, all-photolithography is a
promising strategy for industrial manufacture of organic electronics. However, it receives …

We report a general light processing strategy for organic solar cells (OSC) that exploits the
propensity of the fullerene derivative PC60BM to photo-oligomerize, which is capable of …

A key challenge to the commercialization of organic bulk heterojunction solar cells is the
achievement of morphological stability, particularly under thermal stress conditions. Here we …

The combined effects of illumination and thermal annealing on the morphological stability
and photodimerization in polymer/fullerene thin films are examined. While illumination is …

Thin films of fullerene C60 and molybdenum oxide (MoO3) are ubiquitously used as the
electron acceptor material and hole extraction interfacial layer for the fabrication of organic …

Defects that exist in perovskite semiconductors and at their interfaces with charge transport
layers limit the performance of perovskite solar cells (PSCs). Highly sensitive photocurrent …

Electron-transporting layers in today's state-of-the-art n–i–p organohalide perovskite solar
cells are almost exclusively made of metal oxides. Here, we demonstrate a novel …

Experimental findings and associated theoretical insights regarding the photochemical
transformation of fullerenes are reported, which challenge the conventional wisdom in the …