Multi-qubit algorithms using atomic qubits in silicon

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

This project will focus on the design, fabrication, and measurement of multi-qubit devices, where quantum information is encoded using nuclear and electron spins of individual donor atoms in silicon. The multi-qubit quantum processor will be fabricated with sub-nanometre precision using a scanning tunnelling microscopy hydrogen-lithography combined with phosphine dosing. The fabricated quantum processors will then be measured in a He3 dilution refrigerator operating at a few mK using various electrical measurement techniques. The successful student will be privy to the entire fabrication and measurement process and have the opportunity to work with internal/external theory collaborators in quantum information. This project will also involve developing and implementing different qubit control techniques, qubit benchmarking protocols, and noise mitigation methods. The goal of the project is to scale-up the qubit number and benchmark devices by performing multi-qubit algorithms using atom qubits in silicon.

How to Apply

Express your interest by emailing Dr Ludwik Kranz at l.kranz@unsw.edu.au. Include a copy of your CV and your academic transcript(s).