Utilising analogue quantum systems as a computational resource

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.  

In the current noisy-intermediate scale quantum (NISQ) computation regime there is significant interest in developing analogue quantum systems that may be able to perform certain computational tasks more efficiently than classical computers. Proposals for these analogue systems range from trapped ions to nuclear spins in diamond. Here at SQC, we have the unique ability to fabricate quantum dot arrays in the strongly interacting regime that is classically intractable where quantum advantage may be achievable. In this project, the student will study experimentally how we can utilise these analogue devices for quantum machine learning and optimisation problems. They will develop cryogenic measurement techniques, electronics, and methods for operating the devices pushing them towards the point they can outperform their classical counterparts. 

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).