Cryogenic Lab
with 4 dilution refrigerators for millikelvin research
Cryogen-free high access dilution refrigerator for microwave superconducting device development.
This and the other refrigerators are used for the
development of superconducting single photon detectors and sources
development of FPGA-based software defined radio for microwave devices (e.g. qubits) read-out (SQMS project to build a beyond-state-of-the-art quantum computer based on superconducting technologies)
study of the impact of environmental radioactivity on qubits (SQMS project)
development of quantum limited superconducting microwave parametric amplifiers (Dart Wars project and in collaboration with NIST)
characterization of superconducting qubits and semiconducting spin qubits
characterization of new superconducting materials for quantum devices
Microwave wide-band quantum-noise-limited
travelling wave superconducting parametric amplifiers for
superconducting qubit readout and control
superconducting particle detector readout
QND photon sensors readout in axion searches
Qub-IT project funded by National Commission 5 of INFN to develop superconducting qubits for Dark Matter searches and more.
Development of superconducting IR photon number resolving detectors with microwave readout
Kinetic inductance detectors
Transition edge sensors
in collaboration with
