A computational study designed three P3CPenT-based donor–acceptor molecules whose calculated energy gaps, visible-light absorption and theoretical efficiency descriptors outperform the ...
A PRISMA-guided review of 105 studies argues that moisture-driven degradation, not efficiency, is the key barrier facing perovskite solar cells ...
An AI-guided framework identified a readily synthesizable self-assembled monolayer that delivers 27.2% efficiency and retains over 95% of initial efficiency ...
A simulation-only study predicts a lead-free, tin-free bilayer solar cell using Cs₂TiI₆ and La₂NiMnO₆ absorbers could reach 28.5% efficiency.
SCAPS-1D simulations of a lead-free FASnI3/Cs2SnI6 device predict 26.91% efficiency after multi-parameter optimization, but experimental fabrication and stability testing remain ...
A new review in the Journal of Materials Science maps how the molecular structure of ionic liquids governs crystallization, defect ...
University of Surrey researchers have developed a low-toxicity ethanol-based solvent system that yields efficient, stable perovskite solar modules suitable for ...
A SCAPS-1D simulation study reports that a lead-free inorganic Cs2BiAgI6 perovskite solar cell with optimized TiO2 and Cu2O transport layers ...
Simulations show that tuning the valence band offset at the hole transport layer interface of lead-free Cs2PdBr6 perovskite solar cells ...
Using Rutherford Backscattering Spectrometry, researchers showed that heat drives oxygen out of indium tin oxide substrates into perovskite solar cells ...
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