Labs

QTLab Unina is housed at the Department of Physics “Ettore Pancini” of the University of Napoli “Federico II”, in Monte Sant’Angelo’s campus. Currently we have one laboratory hosting two dilution refrigerators: one dedicated to research activities on Josephson devices and superconducting quantum systems (Quantum Computing Napoli – QCN), and the other specifically focused for experimental quantum algorithms implementation on scalable superconducting quantum processors, in the frame of the National Center for High-Performance, Big Data and Quantum computing (ICSC-QC1).

Superconducting quantum materials are currently developed with the state-of-the-art tools available within a structured intra-European collaboration which aims to enable seamless exploration and integration of advanced materials for quantum computing and communication technologies.

Quantum Computing Napoli – QCN

Oxford Instruments Triton 400 (nominal base temperature of 7 mK) Cryogen – free dilution refrigerator equipped with two main sample stages: one cold – finger dedicated to low – noise/ filtered transport measurements in a DC environment and one dedicated to RF experiments.

ICSC - QC1: Quantum Computing center

Bluefors XLD 1000 SL (nominal base temperature of 10 mK): Cryogen – free dilution refrigerator equipped with 8 output RF lines, 8 TWPA pump/control lines, 32 superconducting RF fast flux lines, >32 attenuated RF control lines, able to measure superconducting QPUs with up to+30 qubits. Empty sideloaders available for additional experiments, and to scale the number of qubits in the near future.

Superconducting Quantum Materials lab

The lab provides states of the art tool for Superconducting artificial heterostructures fabrication and characterization.