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Role: Collaboration in the research activity as member of the local unit of Salerno.
Scope: development of demonstrator quantum architectures, establishing the foundation for experimental platforms where theoretical models and phenomena of interest to the INFN can be tested.
Local group:
Local P.I.: S. Pagano, spagano@unisa.it
In Silico Engineering of Novel Material (INNOVATOR)
(PNRR NQSTI, Spoke 4) (2024-2025)
In Silico Engineering of Novel Material (INNOVATOR)
(PNRR NQSTI, Spoke 4) (2024-2025)
Role: Collaboration in the research activity.
Research Group: A. Landi, C. Guarcello
P.I.: R. Citro, rocitro@unisa.it
Topological qubit in driven and reconfigurable heterostructures (TOPQIN)
(PNRR NQSTI, Spoke 2) (2024-2025)
Topological qubit in driven and reconfigurable heterostructures (TOPQIN)
(PNRR NQSTI, Spoke 2) (2024-2025)
Role: Collaboration in the research activity.
Scope: investigation of heterostructures for reconfigurable topological qubits, towards new paradigms in quantum information processing.
Research Group: A. Avella, R. Capecelatro, C. Guarcello, M. T. Mercaldo, C. Ortix, F. Romeo, M. Trama
P.I.: R. Citro, rocitro@unisa.it
Superconducting nanostructures for topological quantum computing (SPUNTO)
(PNRR NQSTI, Spoke 9) (2024-2025)
Superconducting nanostructures for topological quantum computing (SPUNTO)
(PNRR NQSTI, Spoke 9) (2024-2025)
Role: Co‒PI, Collaboration in the research activity.
Scope: development of superconducting nanostructures aimed at enabling topological quantum computing.
Research Group: M. Blasone, R. Capecelatro, C. Guarcello (Co-PI), G. Lambiase, F. Romeo, M. Trama
P.I.: R. Citro, rocitro@unisa.it
Niobium-based Josephson arrays for parametric amplification (NbJTWPA)
(PNRR NQSTI, Spoke 6) (2024-2025)
Niobium-based Josephson arrays for parametric amplification (NbJTWPA)
(PNRR NQSTI, Spoke 6) (2024-2025)
Role: Collaboration in the research activity.
Scope: exploration of niobium-based Josephson arrays, to advance their use in quantum parametric amplification.
Research Group: C. Barone, F. Bobba, G. Carapella (Co-PI), R. Citro, O. Durante, A. Ferrentino, C. Guarcello, A. Nigro
P.I.: S. Pagano, spagano@unisa.it
X-band superconducting amplifiers for quantum sensing (QSENS)
(PNRR NQSTI, Spoke 6) (2024-2025)
X-band superconducting amplifiers for quantum sensing (QSENS)
(PNRR NQSTI, Spoke 6) (2024-2025)
Role: Collaboration in the research activity.
Scope: development of wideband superconducting amplifiers with noise at the quantum limit and the implementation of a quantum limited readout in different types of superconducting detectors.
Research Group: A. Avella, C. Barone (Co-PI), G. Carapella, O. Durante, A. Ferrentino, C. Guarcello, A. Nigro, F. Romeo
P.I.: S. Pagano, spagano@unisa.it
Role: Collaboration in the research activity as member of the local unit of Salerno.
Scope: development of wideband superconducting amplifiers with noise at the quantum limit and the implementation of a quantum limited readout in different types of superconducting detectors.
Local group: C. Barone, G. Carapella, G. Filatrella, V. Granata, C. Guarcello, C. Mauro, S. Pagano, V. Pierro
Local P.I.: S. Pagano, spagano@unisa.it
Quantum Sensing with Superconducting Qubits for Fundamental Physics (Qub-IT) (INFN) (2021-2023)
Quantum Sensing with Superconducting Qubits for Fundamental Physics (Qub-IT) (INFN) (2021-2023)
Role: Collaboration in the research activity as member of the local unit of Salerno.
Scope: development of quantum sensing with superconducting qubits for INFN fundamental-physics experiments for an itinerant single-photon counter surpassing current devices in efficiency and low dark-count rates.
Local group: C. Barone, G. Carapella, G. Filatrella, C. Guarcello, S. Pagano
Local P.I.: S. Pagano, spagano@unisa.it
Role: Collaboration in the research activity as member of the local unit of Salerno.
Scope: develop two devices based on nanotechnology and superconductivity: the Transition Edge Sensors and the Josephson junctions.
Local group: C. Barone, G. Filatrella, C. Guarcello, S. Pagano, A. Piedjou Komnang
Local PI: Prof. S. Pagano.
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