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| ^ Progetto ^ Referente / P.I. ^ Finanziamento / Grant ^ Codice HPC ^ Periodo ^ Ambito ^ | ^ Progetto ^ Referente / P.I. ^ Finanziamento / Grant ^ Codice HPC ^ Periodo ^ Ambito ^ |
| | [[https://spinquantumscience.unipr.it/projects/castle/380|CASTLE]] | S. Carretta | | P_CASTLE | | | | | [[https://spinquantumscience.unipr.it/projects/castle/380/|CASTLE]] | S. Carretta | UNIPR | P_CASTLE | 2023-2028 | Fisica, Chimica, Tecnologie Quantistiche | |
| | [[https://quantuminternetalliance.org|Quantum Internet Alliance]] | M.Amoretti | | G_DSG | 2022-2026 | Quantum Networking, Distributed Quantum Computing | | | [[https://quantuminternetalliance.org|Quantum Internet Alliance]] | M.Amoretti | | G_DSG | 2022-2026 | Quantum Networking, Distributed Quantum Computing | |
| | COVLAV | P. Cozzini | | P_COVLAV | 2022- | Scienze degli alimenti e del farmaco | | | COVLAV | P. Cozzini | | P_COVLAV | 2022- | Scienze degli alimenti e del farmaco | |
| | DFT+Mu | M. Isah | 110kCPUh [[https://www.hpc.cineca.it/services/iscra/iscra-project-size|ISCRA C]] | G_DFT | 2019-2020 | simulazione DFT ab-initio di materiali | | | DFT+Mu | M. Isah | 110kCPUh [[https://www.hpc.cineca.it/services/iscra/iscra-project-size|ISCRA C]] | G_DFT | 2019-2020 | simulazione DFT ab-initio di materiali | |
| | SUPER-ISAH | M. Isah | 1.3MCPUh [[https://www.hpc.cineca.it/projects/super| SUPER]] | G_DFT | 2020-2021 | simulazione DFT ab-initio di materiali | | | SUPER-ISAH | M. Isah | 1.3MCPUh [[https://www.hpc.cineca.it/projects/super| SUPER]] | G_DFT | 2020-2021 | simulazione DFT ab-initio di materiali | |
| | accesso | I. Onuorah | 500kCPUh [[https://www.scarf.rl.ac.uk/scarf_hardware.html|SCARF]] | G_DFT | 2020-21 | simulazione DFT ab-initio di materiali | | | accesso | I. Onuorah | 500kCPUh [[https://www.scarf.rl.ac.uk/scarf_hardware.html|SCARF]] | G_DFT | 2020-2021 | simulazione DFT ab-initio di materiali | |
| | accesso | A. Chiesa | 100kCPUh [[https://www.fz-juelich.de/ias/jsc/EN/Expertise/Supercomputers/JURECA/JURECA_node.html|JURECA]] | G_MNM | 2020-21 | Magnetism in strongly correlated materials | | | accesso | A. Chiesa | 100kCPUh [[https://www.fz-juelich.de/ias/jsc/EN/Expertise/Supercomputers/JURECA/JURECA_node.html|JURECA]] | G_MNM | 2020-2021 | Magnetism in strongly correlated materials | |
| | ABCDE (Agent Based Covid-19 Diffusion Estimation) | A. Poggi | | G_SOWIDE | 2020-2021 | Covid-19 diffusion, agent-based modeling and simulation | | | ABCDE (Agent Based Covid-19 Diffusion Estimation) | A. Poggi | | G_SOWIDE | 2020-2021 | Covid-19 diffusion, agent-based modeling and simulation | |
| | [[https://github.com/sai-dev/sai| SAI ]] | F. Morandin | Grant [[https://zeus.unich.it/| all'univ. di Chieti-Pescara ]] | G_DEEPRL | 2020-2021 | Sensible Artificial Intelligence that plays Go | | | [[https://github.com/sai-dev/sai| SAI ]] | F. Morandin | Grant [[https://zeus.unich.it/| all'univ. di Chieti-Pescara ]] | G_DEEPRL | 2020-2021 | Sensible Artificial Intelligence that plays Go | |
