Scientists directly observe diffusion behavior within individual nanostructures In recent years, organic semiconductor materials have attracted considerable attention as key components for next-generation photoenergy conversion devices and organic solar cells due to their light weight and mechanical flexibility. A crucial factor determining their performance is how photoexcited excitons migrate between molecules, that is, the process of exciton diffusion. However, previous studies have provided only ensemble-averaged information, making it difficult to directly observe the diffusion behavior within individual crystals or nanostructures.

✨Tiny crystals, HUGE potential! Scientists seek to *see* how light energy dances within them for better solar power. ☀️ #organicSolarCells

Source: phys.org/news/2025-11-scientists-...

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Halogen-thiophene additives boost layer-by-layer organic solar cells to 20.12% efficiency by optimizing donor–acceptor morphology and charge transport.

👉 Read here：https://onlinelibrary.wiley.com/doi/10.1002/cey2.70068
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International Research Team Builds World’s Most Efficient Organic Solar Cell Scientists created a safer, high-efficiency all-organic solar cell using a new electrode and lamination technique, achieving 8.7% power conversion, more than double past models. As global initiatives...

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ICMAB - New ICMAB study paves the way for scalable organic solar cells with enhanced thickness tolerance

☀️New study from @icmabcsic.bsky.social in #AdvancedEnergyMaterials brings us closer to scalable #OrganicSolarCells!
Led by Mariano Campoy-Quiles, the team identified key factors behind thickness-tolerant cells —crucial for roll-to-roll production.
🗞️ icmab.es/new-icmab-st...

Researchers at the University of Illinois Urbana-Champaign have achieved a breakthrough in organic solar cells (OSCs), improving both their efficiency and stability—key steps toward making them ready for commercial use.

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