Jarla

Looking forward to talking about our recent paper with @Stolterlab, @SnaithGroup and more tomorrow #S24MRS Want to learn about how mobile ions wreak havoc in perovskite solar cells? Then Room 334, Level 3, Summit is your place to be at 11.45 this Tuesday! nature.com/articles/s4156…

Finally, @akashdg09 will talk about the combined potential of PL mapping, drift-diffusion simulations and machine learning to track the degradation of key performance parameters of perovskite solar cells.

@Jarla_T @florinerombach Heon Jin will then showcase his efforts and progress on the thermal evaporation of Pb-Sn perovskites for solar cells.

@Jarla_T @florinerombach will then continue with mobile ions and show how it impacts the stability of Pb-Sn perovskite materials and devices.

@Jarla_T will decipher the critical role of mobile ions in dictating the early performance degradation of perovskite solar cells with a range of compositions.

🥳Very proud to have our "Beginner's guide" for JV analysis published in Adv. Energy Mat.! If you have new students who need to learn how to look at JV and understand the physics give it a try! Thanks, @Albert0PV for finishing this @AdvSciNews @iMEET_PV ⬇️ onlinelibrary.wiley.com/doi/10.1002/ae…

Why are ionic losses important for intrinsic perovskite solar cell degradation? @Jarla_T wrote a great publication to answer this question: nature.com/articles/s4156… @picaprioglio @JonathanWarby @DrFLang @neher_labs @SnaithGroup @Artanoon

So happy that this is finally out!! And super grateful to all the amazing coauthors for their contribution, and of course @Stolterlab for directing this huge work!

AH finally! The amazing paper led by @Jarla_T and @Stolterlab is finally out in @NatureEnergyJnl! 🥳 Go have a read if you want to understand more about ion-induced degradation in #perovskite solar cells! nature.com/articles/s4156…

Check our latest @ACSChemRev. I thank the support from @jorgepascual92, @Jarla_T, Martin, @wakamiyalab and @SnaithGroup. We thank the community for making tremendous advancements in the field, which allow us to construct the current comprehensive review. pubs.acs.org/doi/10.1021/ac…

@MaheuClement It is! Also quite sobering though - you can really see the impact of climate change on the area and even on the town... But yeah - Svalbard is absolutely beautiful!

Breaking my radiosilence on twitter (the Arctic has a way of keeping one busy), to join #showyourstripes and bring you Svalbard's climate stripes. (1/2)

However, these stripes don't tell the full story. Climate change in Svalbard is taking place on a whole different scale. It's the fastest-warming place on earth... and hence needed an adapted colour scale for the stripes. (2/2)

Check out the new publication @Nature from Dewei Zhao, reaching 26.4% efficient all-#perovskite Tandem PV☀️ using the novel SAM: 4PADCB ⚗️: a word record! It was a pleasure to record electroluminescence & selective all-optical pseudo-JV curves to understand efficiency losses.

A collab with many many great contributers from @SnaithGroup , @Stolterlab , @SwanseaUni @HumboldtUni @CSEMInfo and @iMEET_PV, amongst others!

New #preprint out on @researchsquare! Check out our latest research on the role mobile ions play in the performance degradation in perovskite solar cells: researchsquare.com/article/rs-249…

Merry Christmas!

@ShuaifengH @pennyzhaopei @RDJOliver1 @jorgepascual92 @joelalexsmith @SnaithGroup @AdvSciNews Congratulations!! Really nice work, again! :)

An intriguing surface modification of the mixed SnPb perovskite worked out with the amazing people around @pennyzhaopei @RDJOliver1 @jorgepascual92 @joelalexsmith @SnaithGroup . Thank you all for the solid support! See our new paper out in AM @AdvSciNews onlinelibrary.wiley.com/doi/10.1002/ad…

Our latest paper on subcell-selective analysis of all-perovskite tandem solar cells, supervised by the amazing @DrFLang, is finally out! Read about efficient tandems (25.9% stabilised!), lossless interconnects and targeted subcell optimisation: onlinelibrary.wiley.com/doi/10.1002/ae…