Funded research projects
The list of the FUNDED PROJECTS that are present in the SURplus database, used by the University of Milano, follows here below.
| ∧ ∨ Type | ∧ ∨ Title | Principal Investigators | Status | ∧ ∨ Year |
|---|---|---|---|---|
| PRIN2022 - PRIN bando 2022 |
Precision jet physics at lepton colliders
|
|
Ongoing | 2023 |
| PRIN2022 - PRIN bando 2022 |
Experiment for DIPOle moments of short-lived heavy fermions at LHC (EDIPO)
|
|
Ongoing | 2023 |
| PRIN2022 - PRIN bando 2022 |
Recovering Information in Sloppy QUantum modEls (RISQUE)
|
|
Ongoing | 2023 |
| PRIN2022 - PRIN bando 2022 |
SOlar Composition Investigated At Luna: SOCIAL
|
|
Ongoing | 2023 |
| PRIN2022 - PRIN bando 2022 |
High precision phenomenology at the LHC: combining strong and electroweak corrections in all-order resummation and in Monte Carlo event generators.
|
|
Ongoing | 2023 |
| PRIN2022 - PRIN bando 2022 |
Efficient simulation and design of quantum CONtrol sTRategies for mAny-Body quAntum SystemS (CONTRABASS)
|
|
Ongoing | 2023 |
| PRIN2022 - PRIN bando 2022 |
Quantum Reservoir Computing (QuReCo)
|
|
Ongoing | 2023 |
| PRIN2022 - PRIN bando 2022 |
Getting ready to capture an exploding star
|
|
Ongoing | 2023 |
| PRIN2022 - PRIN bando 2022 |
Ultra purification of NaI with Zone Refining for dark matter detection
|
|
Ongoing | 2023 |
| PRIN2022 - PRIN bando 2022 |
DEMIST (Dual-Events Momentum-Imaging Spectroscopy Tool)
|
|
Ongoing | 2023 |
| PRIN2022 - PRIN bando 2022 |
FUnctionalized surfaces by True molecUlar bottom-up gROwth (FUTURO)
|
|
Ongoing | 2023 |
| PRIN2022 - PRIN bando 2022 |
Probing the Origin of Planetary Systems (POPS)
|
|
Ongoing | 2023 |
| PRIN2022 - PRIN bando 2022 |
PATH - The path to star and planet formation in the JWST era
|
|
Ongoing | 2023 |
| PRIN2022 - PRIN bando 2022 |
Optimal cosmology with next generation galaxy surveys
|
|
Ongoing | 2023 |
| Horizon Europe - European Research Council (ERC) |
Unveiling the infancy of planetary systems (UNVEIL)
|
|
Ongoing | 2023 |
| PRIN2022 - PRIN bando 2022 |
Algorithmic design of 3D-printed metamaterial actuators with improved functionality and lifetime
|
|
Ongoing | 2023 |
