UNSW (Sydney) in Collaboration with the Defence Science Technology Group (Adelaide)
Project Title: Continuous Variable Quantum Communication Capabilities for Low-Earth Orbit Satellites.
Quantum communication via low-orbit satellites offers up a paradigm shift in telecommunications. Providing for unparalleled communication security, this emerging technology will also underpin the development of the global quantum internet. This research area was given a large boost recently with the launch of the world's first quantum communications enabled satellite. This new satellite creates entangled photon pairs, beaming them down to Earth for subsequent processing and use in a range of communication scenarios. In this PhD project you will investigate the use of Free-Space Optical (FSO) links to and from Low-Earth Orbit (LEO) satellites to enable quantum communications over very large distances. Distinct from the Discrete Variable (DV) single-photon technology used by the satellite currently in orbit, you will be focused on Continuous Variable (CV) multi-photon laser technology. This latter technology has the potential for better quantum communication performance. Your main goal will be to fully investigate the performance gains that can be achieved in practice using current CV detector technology in the context of LEO satellites.
The project combines two key areas: theoretical studies on CV quantum-information transfer through the free space channel, and experimental and/or modelling studies of laser propagation through atmospheric turbulence. This project offers the PhD candidate the opportunity to enter an exciting and emerging technology frontier that is positioned at the interface of advanced quantum physics and satellite-based communications.
This three-year PhD Scholarship is sponsored by the Department of Defence’s DST (Defence Science Technology Group) based in Adelaide (see www.dst.defence.gov.au). Although the PhD candidate will be based at UNSW Sydney he/she should be prepared to spend several weeks per year visiting and collaborating with DST researchers. The candidate must be an Australian Citizen prior to the commencement of the PhD, and is expected to hold the equivalent of a First Class Honours degree in Engineering or Physics. The salary given with this scholarship will be approximately AUD 40,596 per annum and based on the successful award by UNSW of a Domestic Research Scholarship and a AUD13,000 per annum top-up scholarship supplied by DST. In addition to a stipend, approximately $5,000 per annum will be made available to the successful candidate for travel within Australia and to international conferences.
The candidate need only apply to UNSW for this PhD project through the normal UNSW application procedure - no separate scholarship application is needed. To apply please visit https://research.unsw.edu.au/domestic-research-scholarships
The deadline for applications is 30 April 2019. The student is expected to commence studies at UNSW, Sydney on the 16th September 2019 (start of Term 3).
Contact: UNSW PhD Supervisor: Robert Malaney, Email firstname.lastname@example.org, Tel +61 2 9385 6580.