We have openings to contribute to a variety of activities centred on trapped-ion systems:

• develop new programmable quantum algorithms for the simulations of chemical dynamics, with a focus on drug design. This is a physics-chemistry-medicine interdisciplinary project with the University of Sydney’s School of Chemistry and the Faculty of Medicine
• exploring advanced quantum control techniques for qudit- and bosonic-based quantum computations.
• quantum-classical interface between a trapped-ion system and ultra-low phase noise cryogenic sapphire oscillator (CSO) to push the boundary of coherence time and high-fidelity quantum gates. This is a collaboration with our partners at the University of Western Australia
• develop resource-efficient quantum characterisation, verification, and validation by leveraging insights from the fields of robotic control and machine learning
• develop novel quantum metrology protocols for sensing and the tests of fundamental physics.

Please feel free to contact [email protected] for more details, website: https://quantum.sydney.edu.au/