Edward Linscott
@elinscott.github.io
30 followers 60 following 24 posts
Postdoc @psich.bsky.social 🇨🇭 | computational materials science 🖥️ ⚛️ | Koopmans functionals 🚀 | 🇳🇿er on the wrong side of the world | elinscott.github.io 🌐
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elinscott.github.io
Many thanks to organisers Iurii Timrov, @oregandavid.bsky.social , @jjbaldovi.bsky.social , and Young-Woo Son, and to Psi-k, MARVEL, @uv.es , and @icmoluv.bsky.social for sponsoring such an awesome event! 🙏
elinscott.github.io
I have returned to Switzerland with a lot of new ideas (but also some resentment re: Swiss vs Spanish weather!)
elinscott.github.io
I've just spent a week in #Gandia at a workshop on determining #Hubbard parameters. It was so nice to have so many people passionately engaging in this admittedly niche but important topic that increasingly underpins a lot of modern materials design and discovery.
elinscott.github.io
I was shocked to discover that at a conference with only 1300 participants I'm one of only 3 people from Ocenia! I'm a proud representative, but NZ can do so much more!
elinscott.github.io
Absolute pleasure to be back in Lausanne for Psi-k to give an invited talk — even if Nicola Marzari and Leeor Kronik stole a lot of my thunder with (excellent) plenary talks! If you're at Psi-k come along to Room 4 at 10:15 to find out more about our work on Koopmans functionals.
elinscott.github.io
I'm currently working on two applications, writing one in @typst.app while for the other I have to use a #LaTeX template. It's really highlighting the advantages of @typst.app (instant preview 🔍, clean syntax, no more blackslashes!) — and makes their absence in #LaTeX sooooo much more painful!
Reposted by Edward Linscott
oregandavid.bsky.social
📣 Workshop reminder for 'The determination of Hubbard parameters: progress, pitfalls, and prospects'.

Gandía Beach, Valencia, Spain ☀️
22-26 Sept 2025.
Sponsored by Psi-k & NCCR MARVEL.
Register by 30 April.

For more: sites.google.com/view/hubbard-workshop-2025

#DFT+U #CondensedMatter #compchem
sites.google
elinscott.github.io
Would be nice if it became standard after events for slides to be collated and made public (but we all know how much of a headache that would be 🐈🐈🐈🐈)
elinscott.github.io
Kicking off the new year with a bang at the #ICTP Total Energy and Force Methods in Trieste 🎆 Lots of excellent talks and thought-provoking discussions, but it's a bit of shock to the system straight after the holidays!
elinscott.github.io
Congratulations to Marija for submitting her first paper! 🎉 Time for a well-earned break...
elinscott.github.io
🎁 Christmas has come early: new paper out & #openaccess in npj Computational Materials! We show how to predict electronic screening — dramatically lowering the barrier of using Koopmans functionals for disordered materials. Lots of exciting science now on the horizon!
elinscott.github.io
Nice work!

[FYI, @buffer.com can help make cross-posting less painful]
elinscott.github.io
It was nice to be invited to give a talk about how Koopmans functionals can help solve some of these challenges, but there's lots more to be done!
elinscott.github.io
It was nice to be invited to give a talk about how Koopmans functionals can help solve some of these challenges, but there's lots more to be done!
elinscott.github.io
A pleasure to be back in Lausanne at #CECAM for the workshop "Beyond ground state simulations: Navigating challenges in excited states of extended molecules and materials". After three days of talks and discussions it's fair to say that challenges abound!
elinscott.github.io
A pleasure to be back in Lausanne at #CECAM for the workshop "Beyond ground state simulations: Navigating challenges in excited states of extended molecules and materials". After three days of talks and discussions it's fair to say that challenges abound!
elinscott.github.io
Out today on #arXiv: some excellent work from Yannick Schubert showing that we can learn electronic screening for Koopmans very efficiently: minimal training required 🏋️, acceptable loss of accuracy relative to ab initio 🔍, and plenty of speed-up 🚀! See arxiv.org/abs/2406.15205
Figure showing the mean absolute error in the band gap of water and a halide perovskite as a function of the number of snapshots used to train a ML model
elinscott.github.io
The amount of complex, inter-connected equipment was mind-boggling. Us computational folks have a long way to go to match this level of coordinated infrastructure (a gap that we are trying to bridge here at #LMS #PSI and #NCCR_MARVEL)
elinscott.github.io
This week I attended the #EuSpecLab school on advanced spectroscopy at #PSI. After a week of wide-ranging lectures, this morning we were shown around PSI's phenomenal experimental facilities -- the first time I have seen them since starting here last November.