Recent simulations showed non-trivial dynamics in metals. But these often remain hard to prove experimentally. Here we combine for the 1st time experimentally-resolved Au-NP structures with MD simulations & #ML, proving their real-time atomic dynamics! onlinelibrary.wiley.com/doi/full/10.10…
Congratulations to all authors! 🍾🔥🚀 Especially @MatteoCioniMC! 🙌👏 A great collaboration with @sandra_van_aert @EmatSarabals @ec_arslan (experimental results). Terrific modeling & #ML work by @MatteoCioniMC @MaxDellePiane @dpolino85 @rapetti_daniele @martanit @pamara54! 💪
Made possible by the huge support by @ERC_Research (3 grants!), @FWOVlaanderen, @Cineca1969, @cscsch, @PoliTOnews, @DISAT_PoliTO, @supsi_ch, @UAntwerpen
A cluster of Au atoms collectively sliding (nanosecond-dynamics) on the surface of an Au NP at 300 K!! 😮 Analysis conducted with the LENS descriptor (pnas.org/doi/10.1073/pn…, x.com/labpavan/statu…).
A cluster of Au atoms collectively sliding (nanosecond-dynamics) on the surface of an Au NP at 300 K!! 😮 Analysis conducted with the LENS descriptor (pnas.org/doi/10.1073/pn…, x.com/labpavan/statu…). https://t.co/SyLxIx8ksS