Quantum Nanoscience Laboratory USYD
The Quantum Nanoscience Laboratory at the University of Sydney are interested in fundamental and applied research questions at the nexus of quantum technology and nanoscale systems and devices.
A central theme of their research involves the interface between quantum devices and complex control hardware need to pass information between the quantum and classical domains. Examples include custom VLSI CMOS circuits that operate below 100 milli-kelvin for controlling quantum systems at scale and new approaches to improve the efficiency and performance of readout transceivers for scalable quantum technologies.
A closely related area of interest is the manipulation of spin-states in nanoparticles for new imaging modalities of interest in medicine.
Particular areas of focus include:
- Controlling and scaling semiconductor qubits using heterogeneously integrated cryo-CMOS.
- Efficient voltage-to-current transduction to enable cryo-CMOS control of superconducting devices and circuits.
- Quantum Hall plasmonics: amplifiers, nonreciprocal elements, transduction devices, and metamaterials.
The laboratory leverages substantial investments by the Australian and US Governments and industry to establish leading-edge infrastructure that underpins research in quantum nanoscience.
Lab leads
Lab members
More information
The Quantum Nanoscience Laboratory is located at the University of Sydney. Find out more at the lab’s external site.
