Check out our group website for the Simulation of Advanced Materials (SAM) Lab!
What I Do
I’m an Assistant Professor in Simulation of Energy Materials at the Yusuf Hamied Department of Chemistry in the University of Cambridge. My group, the Simulation of Advanced Materials (SAM) Lab uses state-of-the-art computational methods to design and develop next-generation materials; primarily targeting energy applications. I recently finished my Environmental Fellowship at Harvard University, hosted by the Materials Intelligence Research group.
Recent Highlights
Our comprehensive i̶n̶-̶h̶o̶u̶s̶e̶ defect modelling python package 𝙙𝙤𝙥𝙚𝙙 is now fully live!⚛️
— Seán Kavanagh (@Kavanagh_Sean_) April 17, 2024
𝙙𝙤𝙥𝙚𝙙 implements the defect
simulation workflow in an efficient and user-friendly, yet powerful and fully-flexible, manner.
See 🧵 for features (1/n)https://t.co/gdGKcMKd0b pic.twitter.com/3kelGRQIsJ

doped, my python defect calculation package (which interfaces with our defect structure-searching code ShakeNBreak, and other codes developed in the Scanlon & Walsh groups such as easyunfold and py-sc-fermi, CarrierCapture.jl) now has a proper documentation site, check it out!
I was delighted to be awarded a Gold Graduate Student Award at the MRS Spring 2023 conference in San Francisco (got ‘em on the rebound coach), which was followed by a road trip around California with some great people! 🚗😵💫
Massive Congrats to @Kavanagh_Sean_ who won a @Materials_MRS Graduate Student Award Gold Medal at the #S23MRS. The only finalist from a European Uni! @UCLChemistry @ImpMaterials @CDT_ACM @TCD_Chemistry. 🇮🇪 Very proud supervisor moment for @lonepair and I!! pic.twitter.com/MCJukcE5XU
— David Scanlon (@scanlond81) April 13, 2023

I was awarded a UCL-McGill-JSPS Core-to-Core research collaboration grant (£3k) to visit Prof. Yu Kumagai in Tohoku University (October – November 2022), to extend our defect structure-searching work, for a high-throughput study on symmetry-breaking at oxygen vacancies in oxides – hopefully will have a paper ready on this soon. Of course it was all work and no play!



We were humbled to be featured in the Irish Times newspaper! 😊 🇮🇪
Look 👀 Irish scientists in the UK featured in the @IrishTimes today! Proud day for @UCLChemistry @ImpMaterials And of course all 3 are @TCD_Chemistry alums!https://t.co/6zo2Lp5GpG
— Gemma-Louise Davies (she/her) (@GemmaLouDavies) June 9, 2022
I was delighted to be awarded a Silver Graduate Student Award at the MRS Spring 2022 conference in Hawaii 🎉 🏝

As well as a Rising Star Award ⭐️ from Materials Today Chemistry, an eMRS Young Researcher Award and a Best Presentation Award at eMRS Spring 2022 🗣



Our Nature Photonics article on breaking the world record for AgBiS₂ solar cells was featured on a number of news sites and has been selected as the ‘Hero Image’ for the March Issue! 🤩
A research team co-led by PhD candidate @Kavanagh_Sean_ @UCLChemistry @imperialcollege and @ICFOnians has set a new efficiency record for a solar cell that is 1,000 times thinner than standard silicon-based cells. Published in @NaturePhotonics @scanlond81 https://t.co/O0p42cDIkP pic.twitter.com/S8nbnPA4uC
— UCL News (@uclnews) February 15, 2022
I was thrilled to be awarded a UCL MAPS (Mathematical & Physical Sciences) Faculty Education Award, and have been nominated for the UCL-wide Provost’s Education Awards, for Individual Excellence in Academic Supervision & Tutoring. It’s been an absolute pleasure to see the development of the many undergraduate, MSc and PhD students I’ve worked with over their projects!
Well done to @Kavanagh_Sean_ being a winner of not only the MAPS Faculty Education Awards 2022 but also for UCL Education Awards 2022 @UCLChemistry pic.twitter.com/zyc1Jcn3pV
— CDT_ACM (@CDT_ACM) April 6, 2022
I got to spend October and November 2021 working at the Max-Planck-Institut für Eisenforschung in Düsseldorf, Germany with group leader Dr Christoph Freysoldt for a project on modelling dynamic defect behaviour, with the work from this to be submitted to and presented at the RSC Faraday Discussions on Emerging Solar PV Materials in July 2022:
Our Materials Horizons and Chemical Science articles Hidden spontaneous polarisation in the chalcohalide photovoltaic absorber Sn2SbS2I3 and Enhanced visible light absorption in layered Cs3Bi2Br9 through mixed-valence Sn(II)/Sn(IV) doping were featured as front covers in October and November 2021
