Speaker
Description
The NEMSYS specific initiative, a condensed matter project devoted to the
fundamental physics of correlated fermion and boson systems, confined to low
dimensions, has involved about 20 researchers, from two Universities
[Universita' della Calabria (UNICAL), Universita' di Roma Tor Vergata (ToV)]
and two research institutes [Laboratori Nazionali di Frascati (LNF), Trento
Institute For Fundamental Physics and Applications (TIFFPA)].
Here, we report on the massive simulations of excited state properties and
collective phenomena, regarding the above mention systems, which were
performed using the HPC resources, provided by the CINECA consortium, under
the CINECA-INFN agreement signed in 2017.
In particular, we present the main results of the research plan
(publications in high-impact factor journals), achievements (awarded
computational resources and funding, e.g., Price/Iscra calls and Prin
prize), and delivered open source codes.
Finally, we draw some conclusions on the status of the most advanced,
realistic ab initio simulations of condensed matter systems, which will be
part of future INFN proposals on the same theme.
