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Ever wondered how the A-site cation affects the local structure of lead halide perovskites and how this local structure in turn influences their macroscopic properties? 🤔 Check out our new preprint. 1 arxiv.org/abs/2404.14598

Join us at 5pm CET on Wednesday for the next @NGSE_conf seminar with Kyle Frohna from Stanford University, formerly StranksLab Cambridge University, on the power of multimodal microscopy 🔬 in the realm of halide perovskites. More info and sign up link can be found here: ngse.info/phd-postdoc-se…

Dislocation defects in a large spiky solid.

Excited to have been awarded the 2023 Woodruff Thesis prize for my PhD thesis on microscopy of halide perovskites by the Institute of Physics' thin films and surfaces group! Institute of Physics IOP Thin Films and Surfaces Group. Thanks to all StranksLab and beyond for the support and collaboration!

When you write a solid intro section but you have almost no results

New research in Nature Energy reveals advanced microscopy techniques that enhance perovskite solar cells' performance and stability. This work is a significant step toward more durable and efficient renewable energy solutions! ceb.cam.ac.uk/news/energisin… #Sustainability

We investigated the effect of different anions for piperazinium salts. We found and explained an anticorrelation of stability and efficiency (1.68 eV bandgap perovskite) Good balance for PTsO with 96.4% of initial efficiency after 1000h ISOS-LC-1I onlinelibrary.wiley.com/doi/10.1002/ae…

Fantastic write up in Nature Portfolio News & views of StranksLab work led by Kyle Frohna & Cullen Chosy and published in Nature Energy last year.  nature.com/articles/s4156…

Excited to be in Seattle at Spring MRS 25. I'll be speaking tomorrow morning (Wednesday)in session EL10.04 in room 434 on some of our operando microscopy work on perovskite solar cell stability and performance. Drop by if you can, and get in touch if you fancy grabbing a coffee!