Feeling honoured to have been awarded the Woodruff Thesis Prize by the IOP Thin Films and Surfaces Group! 🎉 This would not have been possible without the great guidance from Angelos and @ProfMuller and the support from @icegroupcam and @MSE_Imperial. Cheers to you all guys!
📢 Fabian Thiemann is winner of the Woodruff Thesis Prize 2022, for this excellent thesis "Properties of Low-dimensional Materials Explored with Machine Learning Potentials", completed @UCL, under the supervision of Angelos Michaelides and Erich Müller. Congratulations Fabian! 😀
Congratulations to our 1968 Professor of Chemistry Angelos Michaelides and his colleagues at ENS & CNRS in Paris and the Max Planck Institute in Mainz on the award of a €10 million ERC Synergy Grant to investigate nanoconfined water. https://t.co/Sh2XMDAqSb
Another special thanks goes out to @icegroupcam and @MSE_Imperial, my close collaborators @ChristophSchran, Patrick Rowe, and @AZen3, as well as all the people who taught, encouraged, and supported me throughout the PhD journey.
Feeling very honoured to have been awarded the Christopher Wormald Prize for our work on exploring low-dimensional materials with the aid of molecular simulations and machine learning. A massive thanks to my supervisors, Angelos Michaelides and @ProfMuller, for believing in me.
Congratulations to @FLThiemann for being awarded the Christopher Wormald Prize for his graduate thesis in the field of thermodynamics!
https://t.co/godSq2uea4
After more than two years of work our paper on the material and curvature dependence of water transport in nanotubes got published in @acsnano. Cheers to all collaborators @icegroupcam @ProfMuller @ChristophSchran!
Pleased to see my first paper from my PhD @icegroupcam @ChemCambridge out in @JChemPhys now!
Consider having a read if you are interested in applying high accuracy wave-function theory methods to study point defects or other local phenomena in solids.
https://t.co/G4odk4syq0
Super excited to see our work in @NanoLetters! We investigate the morphological changes in defective #graphene revealing that the corrugation and mechanisms involved strongly depend on the defect type.
Shout out to all authors for their great work!
https://t.co/lh4tLBDxlV
Congrats to the ICE group team who have developed a new strategy to enable molecular simulations of complex systems which has opened the door to a better understanding of complex materials https://t.co/UCnXebIZZJ
Hier ist Teil 2.
Dieses Video liegt mir sehr am Herzen. Ich dachte, ich hätte grob Plan, was bei diesem Thema alles scheiße läuft. Nope. Bin einfach nur noch schockiert.
https://t.co/RYnFMdM8OW