In our recent article, we explored thermal evaporation of CsSnI₃ and show that incorporating SnF₂ effectively mitigates self p-doping, reducing the hole density by an order of magnitude, which is crucial for stable tin perovskite solar cells.
https://t.co/rHoaSKWV3c
Pleased to share our book discussing the key advances in perovskite solar cells, spanning from materials development to various strategies that improve device efficiency and stability.
@AntonioAbate83@GuixiangLi@mengli0806
https://t.co/ytGzU5gfOp
Received the @AmerChemSociety Best Poster Award at #PSCO2025 in Perugia, Italy for our work on advancing DMSO-free tin perovskite solar cells toward efficient and sustainable photovoltaics.
Presented our recent findings in the #GoPV special session at #PSCO2025!
Our effort is to push DMSO-Free tin perovskite solar cells closer to efficient, sustainable photovoltaics.
Heartfelt thanks to Prof. Abate, colleagues, collaborators, and partners.
Glad to share our recent publication, where we have achieved indoor photovoltaic efficiency of 11.9% for DMSO-free tin perovskites with excellent long-term stability. Grateful to my mentor and collaborators for their support.
https://t.co/AjujmomqQW