Is #dyGiLa ready for the NVIDIA #GH200 cluster? Absolutely, yes!
Thanks to the effort of #HILA development team and hardware support from nvidia 🙌, #dyGiLa 's strong scaling benchmark on NVIDIA's internal GH200 cluster with #CUDA 13.0 is here:👇👉 dygila.github.io/benchmark
@csc.fi

#CFTHILA

Great presentation on B-phase seeding, 😄 Petri!
And thank you for quoting our simulations done with #dyGiLa,
which being gratefully supported by @lumi-supercomputer.eu and @csc.fi.

#LT30Bilbao #dyGiLa

With supports from @lumi-supercomputer.eu and @csc.fi, We simulate thermal energy injection generated cosmological-like domain walls, string defect (vortices) and their bountiful interactions in cold [O(10^-3) K] p-wave superfluid. See video! 🎞️:
youtube.com/watch?v=Q5Uu...

#QUESTDMC #dyGiLa #LT30

🎏😄😄🎏😇 What a great of day!
😇Our LUMI Extreme Scale Access resource application on 1st order phase transition dynamics between superfluid A- and B-phase is approved! #dyGiLa. Great appreciate to @lumi-supercomputer.eu and @csc.fi for sustained support on HPC! 👏🤝
#QUESTDMC

Left panel: shrinking true phase bubble; right panel: expanding true phase bubble. Question: what if the cosmological phase transition happens in a way different from what it thought to be?

How 1st order phase transition happens when well-believed homogeneous nucleation doesn't work? Our #dyGiLa simulates and demonstrates HOW in superfluid A-phase (false vacuum) thanks for #HPC support from @lumi-supercomputer.eu. 😃Checkout amazing visualization films👉: www.youtube.com/watch?v=x1LJ...

Newest benchmark of #dyGiLa from LUMI-G Mi250x nodes @lumi-supercomputer.eu! Strong scaling, weak scaling, checkpoints are all tested. Beside #dyGiLa's perfect strong scaling, the weak scaling is also super impressive. 😃 #CFTHILA Full report @ dygila.github.io/benchmark