Galileo100, one of Cineca‘s Tier-1 supercomputers capable of serving over 5,000 users, is on the brink of a significant boost.
Designing point-defects in low-dimensional materials with quantum characteristics
Designing point-defects in low-dimensional materials with quantum characteristics 21,602,304 Awarded Resources (in core hours) Leonardo Booster System Partition 15 May 2023 14 May 2024 Allocation
Read MoreDesigning point-defects in low-dimensional materials with quantum characteristics
Controlling the Electronic Properties of two Dimensional Systems
Controlling the Electronic Properties of two Dimensional Systems 30,000,000 Awarded Resources (in core hours) Leonardo Booster System Partition 15 May 2023 14 May 2024 Allocation
Read MoreControlling the Electronic Properties of two Dimensional Systems
Isospin-breaking corrections for high-precision tests of the Standard Model from domain wall fermions
Isospin-breaking corrections for high-precision tests of the Standard Model from domain wall fermions 21,200,000 Awarded Resources (in core hours) Leonardo Booster System Partition 15 May
The QCD critical point via Padé and multi-point Padé resummations
Detailed knowledge of the phase diagram of Quantum Chromodynamics (QCD) is of uttermost importance for our understanding of heavy ion collisions and is also relevant in the context of cosmology and astrophysics.
Leonardo Supercomputer at AI Week
Leoanrdo has been presented at the AI Week.
THE ASPEN INSTITUTE ITALIA 2024 AWARD TO RESEARCH CONDUCTED WITH SUPER COMPUTERS
The Aspen Institute Italia 2024 Prize was awarded to a cutting-edge multidisciplinary research project combining physics, biology, computer science and engineering: ‘Supersimulations of hydrodynamic flows reveal the adaptation of the skeletal structure of deep-sea sponges’.
