Electric-dipole spin resonance (EDSR) with donor-bound electron spins

Silicon Quantum Computing (SQC) is an Australian research and development company, working to make quantum computers a reality. 

We are looking for a hard working, enthusiastic and dedicated student to join our team of expert researchers.  

Electric-dipole spin resonance (EDSR) has recently been gaining considerable attention in the spin-qubit field due to the local, fast, and high-fidelity control allowed by electric (rather than magnetic) fields. Single and two-qubit gates have been demonstrated in gate-defined quantum dots with promising fidelity and scalability. At SQC we have developed a technique for EDSR control of our donor-based qubits that harnesses the nuclear spins for electrical control. Not only does this new qubit promise fast control but also allows for long-distance coupling making it extremely attractive for large-scale quantum computing architectures. The student will experimentally investigate EDSR qubits using phosphorus-donors in silicon and work to scale the number of qubits towards a 100-qubit prototype. The few qubit devices will be measure in a dilution refrigerator where the student develop cryogenic control techniques, optimise the qubit performance, and design new device architectures for larger qubit systems.

How to Apply

Express your interest by emailing Dr Samuel Gorman at samuel.gorman@unsw.edu.au. Include a copy of your CV and your academic transcript(s).