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Quantum Nanoelectronics Laboratory

Quantum Nanoelectronics Laboratory

Dr. Michael Stern

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    • Superconducting qubits
    • Hybrid Systems
    • High fidelity readout
    • Symmetry protection
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Funding & Partners

Collaborations

Shay Hacohen Gourgy Lab

the University of Melbourne

David Jamieson Lab

Michel Devoret lab

Eran Ginossar

Bar Joseph Lab

logo of CEA Paris-Saclay

Quantronics Group

Emmanuel Dalla Torre lab

Marzena Szymanska

Funding

Quantera Project

2025-2028

Protection of quantum information in small clusters of qubits in collaboration with Prof. M Szymanska (UCL), Prof. E. Ginossar (Surrey) and Prof. S. Whitlock (University of Strasbourg)

Quantum ISF

2024-2027

Enhancing spin-spin interactions between impurity donors in silicon using a superconducting flux qubit

Israel Research Innovation Authority

2023-2025

Maagad Quantum Computers –Robust single and two qubit gates in transmon processor

BSF Research Grant

2021-2025

Optimal quantum measurements in the Heisenberg limit. Collaboration project with Prof. M. Devoret

ISF Research Grant in Quantum Technologies and Science

2019-2021

Advanced Control of Hybrid Superconducting Quantum Circuits

ISF Personal Research Grant

2019-2022

Detection of spins with a superconducting resonator by second harmonic generation

Royal Society International Exchanges award

2018-2022

Long Range Interactions in Superconducting circuits. with Dr. Ginossar (University of Surrey, UK)

ISF Personal Research Grant + New Faculty Equipment Grant

2015-2019

Towards building quantum processors with spin qubits

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