🎉Delighted to announce our latest work in @AdvSciNews Adv.Mat in collaboration with @SutterFellaLab☀️
We show #crystallization change in #perovskite using 2D/3D PEACl in AS💧via in-situ GIWAXS, PL🔬⬇️
https://t.co/GvFugmDoe2
Great work with @TKodalle@MahdiMalekshahi & team👨🔬👩🔬
The SPP2196 community is glad to present you a perspective article on Perovskite-Organic tandem solar cells. @ThomasJRiedl, @DrFLang, @Stolterlab, @neher_labs, and others. Kudos to them!
How can additives increase stability in hybrid perovskites?
Grüninger et al. investigate the interplay of an ionic liquid with halides and its impact on halide transport in perovskites:
https://t.co/j0v6UVBFsZ
#additives#hybrid#perovskites#ACSEnergyLett
What role do additives play for stability increase in hybrid perovskites?
Ceck out our new study on the interplay of an ionic liquid and halide transport in perovskites:
https://t.co/rm9YUcM7u4
@PanzerSolar@AnnaKohler_UBT@FunPero@ACSEnergyLett
We made the thinnest perovskite solar cells! 💠🔆 By controlling the perovskite growth, we made ultra-thin, semitransparent solar cells with 10 nm thick perovskites that reach a Voc of 1.08 V, a FF of 80% and an AVT of 54.2%. https://t.co/urOgxeaIau
An instructive thread about the TCS-PES and how combined with 2D Drift-Diffusion Simulations it provides substantial information about the energetic landscape at the buried interfaces in PSCs.
A nice output from the INTERROGATE #SPP2196 project!
📰https://t.co/RT41ezsZhf
New paper on how to interpret small-signal measurements in halide perovskite solar cells: https://t.co/tBIlKTRHNc
The idea is to find the (at least) two time constants contained in the data and then to use them to quantify both recombination and extraction times.
@fz_juelich
☀️Want to get rid of lingering #DMSO from #perovskite? 🎯Check out our work on coordination chemistry using #DMS fitting right at the sweet spot of #high_volatility🌬️ and #coordination at the same time with PCE>23.6%👏 👇
https://t.co/mpaS8sgtGk
Congrats @Weezuo & coauthors👩🔬🧑🔬👇
paper alert: Quentin's paper on single-source evaporation of metal halide templates for perovskite photovoltaics is finally out!
https://t.co/guBVLcPcEh Special thx to our collaborators @Uni_Stuttgart@SalibaLab@ESRF and @Empa_CH
Everything you ever wanted to know about solvents 💧 and antisolvents 🫧in metal halide perovskites 💠 is now available in our Feature Article published #OpenAccess in @ChemCommun
https://t.co/okHygoctG8
Check out our paper on tin iodide complexes! It's relevant for tin-based halide #perovskites! Thanks to @dfg_public through @FunPero for support and to @UniOldenburg @HumboldtUni and @IRISAdlershof for hosting our research https://t.co/L9r5T4aaZV
@StefanALWeber, Jan Christopher Goldschmidt (Uni Marburg), @StefanGlunz, and Jonas Schön (Uni Freiburg) also want to work on all perovskites tandem solar cells with a particular attention to the interfaces!
@AlbrechtLab is kicking-off the 2nd round of the HIPSTER project, so-called HIPSTER-PRO. On the road to highly efficient and stable all perovskite tandem solar cells.
💪🏼 @SnaithGroup, Thomas Riedl (@Uni_Wuppertal), @Stolterlab
@AlbrechtLab is kicking-off the 2nd round of the HIPSTER project, so-called HIPSTER-PRO. On the road to highly efficient and stable all perovskite tandem solar cells.
💪🏼 @SnaithGroup, Thomas Riedl (@Uni_Wuppertal), @Stolterlab
And now it is Anna Köhler from @unibt for the DE-MIX project with Helen Grüninger and @PanzerSolar mechanically mixing MAPI and MAPBr powders and having nice in-situ characterizations.
And now it is Anna Köhler from @unibt for the DE-MIX project with Helen Grüninger and @PanzerSolar mechanically mixing MAPI and MAPBr powders and having nice in-situ characterizations.
@KirchartzThomas from FZ Juelich is now on stage to speak about the CRE-ATIVE project with @SalibaLab and how to quickly and easily extract parameters from your JV curves.
@KirchartzThomas from FZ Juelich is now on stage to speak about the CRE-ATIVE project with @SalibaLab and how to quickly and easily extract parameters from your JV curves.