Advanced digitisation techniques and threshold effects in experimental quantum simulators
Value
$32,500 per year; additional funds ($7.5k) during the course of the PhD for travel and other PhD-related expenses.
Duration
3.5 years
Status
Closed
Opens
03/03/2021Closes
31/08/2023Overview
This project is part of our exciting new ARC-funded research grant, where we aim to enhance high-tech quantum simulators to meet the demands of computer-modelling intensive industries such as drug and vaccine design. By developing innovative digitisation and control techniques for simulating the behaviour of complex quantum systems, a task that is generally impossible to solve with classical computing technology, this project aims to help shape the design of future quantum computers and maximise the modelling power of current industry-scale processors built by companies like Google, IBM and Australian start-up, Silicon Quantum Computing.
In this project, you will work in a state-of-the-art circuit QED laboratory under the supervision of A/Prof Nathan Langford and Dr JP Dehollain, and collaborate with leading local and international quantum theorists. You will develop and test key elements of new and state-of-the-art digitisation techniques for quantum simulations and control, studying threshold behaviours in digitisation performance and developing experimental techniques for higher-order digitisation. You will develop strong experimental skills in quantum device design, simulation, fabrication and characterisation, cryogenic microwave measurements, and expertise in quantum information theory and algorithms.
Quantum computing is shaping up to be one of the most influential high-tech industries of the 21st century, with a large and growing global industry, start-up and academic community constantly searching for new talent with training and technical skills in quantum technologies research. This PhD will provide exactly the training and skills you need to join the quantum technologies revolution and secure a place in this exciting growth industry.
Who is eligible?
Applicants must be either permanent Australian residents or New Zealand citizens. To be eligible for this application, you should hold an excellent:
- Honours degree with First Class, or Second Class Division 1, or
- MSc Research or MSc Coursework with a research thesis of at least 6 months.
in an appropriate subject area, such as physics or engineering, and strong results in undergraduate courses in quantum physics and other relevant subject areas. Demonstrated skills in numerical modelling (e.g., in Python or Matlab), experiments, fabrication or electronics will be an advantage. Candidates will require an appropriate level of competence in written and spoken English.
We support a diverse and inclusive research environment in our group. Women and other diversity candidates are strongly encouraged to apply.
Selection process
- Excellent undergraduate Honours or Master’s degree in an appropriate subject area.
- Evidence of strong research skills and independent research experience.
- Strong results in relevant undergraduate courses.
- Demonstrated relevant technical skills.
- Good evidence of capacity to work independently, enthusiastically and creatively, and to contribute positively to a collaborative team environment.
- Appropriate competence in written and spoken English.
Please apply as soon as possible - applications will be closed as soon as a suitable candidate is found.
Need more information? Contact...
Please contact Associate Professor Nathan Langford for further information.
