Just to bring some π§βπ science fun to those of us still hanging out in this pit of despair, just wanted to share the exciting news you can now run MD (better, FlashMDβ‘οΈ) with up to 64ps timestep for systems as diverse as ala2, Al(110), LiPS, and whatever comes to your mind.
COSMO Lab π¨ππͺπΊ
@lab_COSMO
Computational Science and Modelling of materials and molecules at the atomic-scale, with machine learning. Join us in the fediverse @lab_COSMO@fediscience.org
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π’For those still hanging out here, a new #cookbook recipe landed, demonstrating >2x speedup of *conservative* MD for the PET-MAD universal #MLIP using multiple time stepping. Check out the details at the other place, or head to atomistic-cookbook.org/examples/pet-mβ¦ #compchem #machinelearning
π¨help needed!π¨ Does anyone, ORB-affiliated or not, can share with us the model weights orb-v2-20241011.ckpt? We need urgently to reproduce some results we obtained with that model checkpoint, but it was removed from their huggingface repo because "the model reached EoL" π€·. π
π€« you can get a better universal #machinelearning potential by training on fewer than 100k structures. too good to be true? head to arxiv:2503.14118, to the atomistic cookbook, or to the better science social if you want to find out more about PET-MAD. π§βπ over and out π
Join the dark side of the forces (or not!). TL;DR - Using forces that are not conservative is not a great idea. Latest and greatest, now on the @arxiv , from Filippo Bigi and @marceldotsci.