SPIN research activity is mainly supported by funding obtained through competitive calls at different levels, from international to local.
Currently running projects are listed below.
| Type of project | Coordinator | Acronym / Title | SPIN Leader | Research Unit |
| UE - Horizon Europe - HORIZON-CL4-2021-DIGITAL-EMERGING-02 | KARLSRUHER INSTITUT FUER TECHNOLOGIE | Truly Resilient Quantum Limited Traveling Wave Parametric Amplifiers (TruePA) GA 101080152 | Martina Esposito | NA |
| UE - Horizon Europe - MSCA Postdoctoral Fellowships | CNR SPIN | Multiferroic Oxide 2DEgs for Reconfigurable nonvolatile memory Nanodevices (MODERN) GA 101108695 | Marco Salluzzo | NA |
| UE - Horizon Europe - HORIZON-EIC-2022-PATHFINDERCHALLENGES | CNR SPIN | SpIn-orbitronic QuAntum bits in Reconfigurable 2D-Oxides IQARO GA 101115190 | Roberta Citro Marco Salluzzo |
SA/NA |
| PNRR - Centri Nazionali Missione 4 - componente 2 investimento 1.4 | CN00000013 “National Centre for HPC, Big Data and Quantum Computing” - SPOKE 7 |
Silvia Picozzi | CH | |
| PNRR - Centri Nazionali Missione 4 - componente 2 investimento 1.4 | CN00000013 “National Centre for HPC, Big Data and Quantum Computing” - SPOKE 10 |
Mikhail Lisistskiy | NA | |
| PNRR - Partenariati estesi Missione 4 - componente 2 investimento 1.3 | PE0000023 National Quantum Science and Technology Institute” – NQSTI - SPOKE 2 | Silvia Picozzi Mario Cuoco |
CH/SA | |
| PNRR - Partenariati estesi Missione 4 - componente 2 investimento 1.3 | PE0000023 National Quantum Science and Technology Institute” NQSTI - SPOKE 4 | Mikkel Ejrnaes | NA | |
| PNRR - Partenariati estesi Missione 4 - componente 2 investimento 1.3 | PE0000023 National Quantum Science and Technology Institute” NQSTI - SPOKE 5 | Martina Esposito | NA | |
| PNRR - Partenariati estesi Missione 4 - componente 2 investimento 1.3 | PE0000023 National Quantum Science and Technology Institute” NQSTI - SPOKE 6 | Marco Salluzzo | NA | |
| PNRR - Partenariati estesi Missione 4 - componente 2 investimento 1.3 | PE0000023 National Quantum Science and Technology Institute” NQSTI - SPOKE 9 | Carla Cirillo | SA | |
| PNRR - Partenariati estesi Missione 4 - componente 2 investimento 1.3 | PE0000021 Network 4 Energy Sustainable Transition”, NEST - SPOKE 9 | Ilaria Pallecchi | GE | |
| PNRR - Ecosistemi dell'innovazione Missione 4 - componente 2 investimento 1.5 | ECS00000035“Robotics and AI for Socio-economic Empowerment” RAISE SPOKE 2 | Gianrico Lamura | GE | |
| PNRR - Ecosistemi dell'innovazione Missione 4 - componente 2 investimento 1.5 | ECS00000035“Robotics and AI for Socio-economic Empowerment” RAISE SPOKE 3 | Andrea Gerbi | GE | |
| PNRR - Ecosistemi dell'innovazione Missione 4 - componente 2 investimento 1.5 | ECS00000035 “Robotics and AI for Socio-economic Empowerment” RAISE SPOKE 5 | Barbara Cagnana | GE | |
| PNRR - Ecosistemi dell'innovazione Missione 4 - componente 2 investimento 1.5 | ECS00000024 “Rome Technopole” SPOKE 1 | Carmela Aruta | Roma | |
| PNRR Infrastrutture di ricerca Missione 4 - componente 2 investimento 3.1 | Istituto Nazionale di Fisica Nucleare | IR0000003 "Innovative Research Infrastructure on applied Superconductivity" -IRIS | Fabio Miletto Granozio Andrea Malagoli Mario Cuoco |
NA GE SA |
| PNRR Infrastrutture di ricerca Missione 4 - componente 2 investimento 3.1 | CNR IOM | "Nano foundries and fine analysis - Digital Infrastructure" -NFFA-DI | Fabio Miletto Granozio | NA |
| PRIN 2022 - PE2 | Gran Sasso Science Institute - Scuola di dottorato internazionale | 2022Z4RARB DAREDEVIL: DARk-mattEr-DEVIces-for-Low-energy-detection |
Cesare Tresca | AQ |
| PRIN 2022 - PE3 | CNR SPIN | 202228P42F Transition metal dichalcogenide thin films for hydrogen generation |
Carmela Aruta | Roma |
| PRIN 2022 - PE3 | CNR SPIN | 2022TZ8R7C From the Nano to the Macro SCale: a deep investigation of Grain Boundaries in High-Tc SuperConducting Wires - NaMaSCale |
Valeria Braccini | GE/SA |
| PRIN 2022 - PE3 | Università degli Studi di Napoli Federico II | 20222FXZ33 Materials modelling for energy storage applications |
Giovanni Cantele | NA |
| PRIN 2022 - PE3 | CNR SPIN | 2022SPCM9R Photophysics and optoelectronics with TMD/2D Perovskite heterostructures for efficient near-infrared detection |
Fabio Chiarella | NA |
| PRIN 2022 - PE3 | Università degli Studi di Napoli Federico II | 2022WKCJRT Advanced Control and Readout of Scalable Superconducting NISQ Architectures (SuperNISQ) |
Martina Esposito | NA |
| PRIN 2022 - PE3 | Università degli Studi di Napoli Federico II | 2022TWZ9NR Spin transport in multifunctional oxide nanodevices (STIMO) |
Filomena Forte | SA |
| PRIN 2022 - PE3 | Università degli Studi dell'AQUILA | 2022HTPC2B engineering TOpological quantum phases in hexagonal TErnary coMpounds (TOTEM) |
Paola Gentile | SA |
| PRIN 2022 - PE3 | Università degli Studi di MILANO | 2022EY22PZ Tribo-Electricity: a New Route for Tribology (TRIEL) |
Andrea Gerbi | GE |
| PRIN 2022 - PE3 | CNR SPIN | 2022TCJP8K Oxide Membranes hosting an Electron GAs (OMEGA) |
Fabio Miletto Granozio | NA |
| PRIN 2022 - PE3 | CNR SPIN | 2022M3WXE7 Sustainable spin generators based on Van der Waals dichalcogenides (Acronym: SUBLI) |
Ilaria Pallecchi | GE |
| PRIN 2022 - PE3 | CNR SPIN | 2022ZY8HJY Spin-ORBit Effects in Two-dimensional magnets (SORBET) |
Silvia Picozzi | AQ |
| PRIN 2022 - PE3 | 2022F2K7J5 Two-dimensional chiral hybrid organic-inorganic perovskites for chiroptoelectronics |
Alessandro Stroppa | AQ | |
| PRIN 2022 - PE11 | Politecnico di Torino | 2022ZMA4X3 EaRth Abundant and non-toxiC doped metaL oxide-based electro-optIc photonic structures for smarT windows and radiative cOoling (ERACLITO) |
Francesco Bisio | GE |
| PRIN PNRR 2022 - PE3 | CNR SPIN | “QUEnch mechanisms STudy In supercONductors for Safe energy and energy Saving - QUESTIONs PRIN P2022KWFBH | Gaia Grimaldi | SA |
| PRIN PNRR 2022 - PE3 | CNR SPIN | “FOXES - Freestanding OXides Epitaxial Strained micro-heterostructures” - PRIN P2022TCT72 | Alessia Sambri | NA |
| PRIN PNRR 2022 - PE3 | CNR SPIN | SHEEP: Symmetry-broken HEterostructurEs for Photovoltaic applications” - PRIN P2022KCYZ7 | Cesare Tresca | AQ |
| PRIN PNRR 2022 - PE3 | CNR SPIN | Superconductivity in KTaO3 Oxide-2DEG - Nanodevices for Topological quantum Applications (SONATA) PRIN P2022SB73K | Marco Salluzzo | NA |
| PRIN PNRR 2022 - PE3 | CNR SPIN | Development of two-dimensional environmental gas nano-sensors with enhanced selectivity through fluctuation spectroscopy (2DEGAS)” - PRIN P2022S5AN8 | Filippo Giubileo | SA |
| PRIN PNRR 2022 - PE3 | CNR SPIN | Development of flexible low-voltage organic phototransistors for visible light communication (OPTICS)” - PRIN P20227A8K2 | Ettore Sarnelli | NA |
| PRIN PNRR 2022 - PE3 | CNR SPIN | Active Radiative COolers (ARCO)” - PRIN P2022XTBCW | Francesco Bisio | GE |
| PRIN PNRR 2022 - PE3 | Università degli studi di Messina | “Glass-like phonon transport in eco-friendly perOVskitEs foR tHermoelectric Energy generATion - StopHEAT” - PRIN P20223JN27 | Alessandro Stroppa | AQ |
| PRIN PNRR 2022 - PE3 | CNR ISASI | “Design of integrated absorbers for high Efficient solar Energy COnversion in PhotoVoltaic-Thermal devices (EECOPVT)” – Cod. PRIN- P2022L7X9R | Rosalba Fittipaldi | SA |
| PRIN PNRR 2022 - PE3 | CNR IOM | Atomic-Level Understanding Of Solid Oxide Fuel Cell Processes (A-LENS) | Carmela Aruta | Roma |
| UE Horizon 2020 - Eranet Quantera 2021 | CNR SPIN | Superconducting quantum-classical linked computing systems - SuperLink | G. Pepe | NA |
| NATO | Università di Roma Tor Vergata | Ultralight wearable solar cells as a portable electricity source - ESCAPE | F. Giubileo | SA |
| PON 2014 - 2020 |
CNR DSFTM |
ARS01_00734 - QUANCOM Sviluppo di sistemi e tecnologie quantistiche per la sicurezza informatica in reti di comunicazione | G. Pepe (coord. nazionale) Carla Cirillo (refer. SA) |
NA - SA |
| UE Horizon 2020 | Universität Konstanz | Gate Tuneable Superconducting Quantum Electronics - SUPERGATES | M. Cuoco | SA |
| Agreement as Third Party | Universität Wien | MOmentum and position REsolved mapping Transmission Electron energy loss Microscope’ - ‘MORE-TEM’ - partecipazione come terza parte dell'Università degli studi di Roma La Sapienza | P. Barone | Roma |
| PON 2014 - 2020 | Enel Green Power S.p.A | ARS01_00519 - BEST4U Tecnologia per Celle Solari Bifacciali ad alta efficienza a 4 terminali per “utility scale" | F. Miletto Granozio | NA |
| UE Horizon 2020 - Eranet Quantera | Universität Mainz, DE | "ShoQC – Short-range optical Quantum Connections (quota sotto Istituto INO - Marco Bellini)" | A. Porzio | NA |
| MIUR - PON IR | INFN | I.Bi.S.Co. – INFRASTRUTTURA PER BIG DATA E SCIENTIFIC COMPUTING - I.BI.S.CO.PIR01_00011 | G. Cantele | NA |
| Joint research agreement ENI - CNR | ENI | Sottoprogetto 4 - Sviluppo di superconduttività: materiali e processi produttivi, in particolare per materiali ad alta Tc | V. Braccini | GE/SA |
| UE Horizon 2020 - FET OPEN | CNR SPIN | Highly sensitive detection of single microwave photons with coherent quantum network of superconducting qubits for searching galactic axions - SUPERGALAX | M. Lisitskiy | NA |
| PRIN 2017 - National Project | CNR SPIN |
TWEET: ToWards fErroElectricity in Two-dimensions |
S. Picozzi | AQ |
| PRIN 2017 - National Project | CNR SPIN | TOPSPIN: Two-dimensional oxides Platform for SPIN-orbitronics nanotechnology Codice PRIN 20177SL7HC |
M . Salluzzo | NA |
| PRIN 2017 - National Project | Università di Genova | HIBiSCUS - High performance-low cost Iron BaSed Coated condUctorS for high field magnets Codice PRIN 201785KWLW |
V. Braccini | GE |
| PRIN 2017 - National Project | Università di Roma La Sapienza | Tuning and understanding Quantum phases in 2D materials - Quantum2D Codice PRIN 2017Z8TS5B |
P. Barone | AQ |
| PRIN 2017 - National Project | CNR ICCOM | Novel Multilayered and Micro-Machined Electrode Nano-Architectures for Electrocatalytic Applications (Fuel Cells and Electrolyzers) Codice PRIN 2017YH9MRK (quota sotto Istituto ICCOM) |
R. Felici | RM |
| PRIN 2017 - National Project | Università di Genova | Understanding and tuningfriction through nanostructure manipulation (UTFROM) Codice PRIN 20178PZCB5 (quota sotto Istituto IOM) |
R. Buzio | GE |
| PRIN 2017 - National Project | Università di Trento | Photonic Extreme Learning Machine: from neuromorphic computing to universal optical interpolant, strain gauge sensor and cancer morphodynamic monitor Codice PRIN 20177PSCKT (quota sotto Istituto INO) |
A. Ciattoni | AQ |
| UE Horizon 2020 - MSCA ITN | Universitat Autònoma de Barcelona (UAB) | Magnetoelectrics Beyond 2020: A Training Programme on Energy-Efficient Magnetoelectric Nanomaterials for Advanced Information and Healthcare Technologies - BeMAGIC | S. Picozzi | AQ |
| UE Horizon 2020 - FET OPEN | CNR SPIN | Oxide Nanoelectromechanical Systems for Ultrasensitive and Robust Sensing of Biomagnetic Fields - OXiNEMS | L. Pellegrino | GE |
| Research Agreement with CERN | CNR SPIN | Future Circular Collider (FCC) Study: Beam screen | E. Bellingeri | GE |
| Research Agreement with CERN | CNR SPIN | Future Circular Collider (FCC) Study: Superconductivity for high field | M. Putti | GE |
| PRIN 2020 | CNR ISM | attoseCOnd electron dyNamics in QuantUm confinEd SysTems probed by high-order” (CONQUEST) 2020JZ5N9M | Rosalba Fittipaldi | SA |
| PRIN 2020 | CNR ISC | Quantum Transition-metal FLUOrides - (QT-FLUO) 20207ZXT4Z | Marco Saluzzo Paolo Barone |
NA/Roma |
| Accordo MISE | Comune di Matera | Casa delle Tecnologie Emergenti di Matera CTEMT | Giovanni Cantele | NA |
| “MISSION INNOVATION” POA 2021-2023 | CNR DSCTM | Piattaforma Italiana Accelerata per i Materiali per l’Energia (Italian Energy Materials Acceleration Platform - IEMAP) | Carmela Aruta | Roma |
| MAECI Progetti Grande rilevanza Italia Corea | CNR SPIN | “MAGNETISMO E METALLICITÀ NELL'ISOLANTE DI MOTT CA2RUO4: UNA PIATTAFORMA PER FASI QUANTISTICHE INDOTTE DA STRAIN E DROGAGGIO (MAP)” | Rosalba Fittipaldi | SA |
| Accordo bilaterale | CNR SPIN | Ferroelectric and chiral hybrid organic inorganic PEROVSKITI (Accordo CNR/NSFC Cina) | Alessandro Stroppa | AQ |
| Accordo bilaterale | CNR SPIN | "Exploring the influence of chirality on angular momentum dynamics of elementary excitations and the emergence of chiral hybrid magnet: A theoretical investigation” (Accordo CNR /NRF Corea) | Alessandro Stroppa | AQ |
