Nanophotonics, plasmonics and metamaterials
The capacity to fabricate structures on the nanoscale using top-down and bottom-up fabrication strategies has opened up unprecedented opportunities to control light. From being able to enhance and modify emission from fluorescent molecules and quantum dots through the the production of coloured surfaces using only metals, new applications in optical information processing, display technology and next generation sensors emerge.
Research in this theme is focussed on the development of novel nanoscale wavefront sensing elements for phase imaging, producing plasmonic waveguides and integrated detectors and demonstrating metasurfaces to replace bulky optical components with ultra-compact elements.
The group is part of the ARC Centre of Excellence for Transformative Meta-Optical Systems (TMOS)
- Professor Ann Roberts (theme contact)
- Professor Tim Davis
- Dr Wendy Lee (TMOS Research Fellow)
- Dr Lukas Wesemann (TMOS Research Fellow)
- Dr Faris Shahidan (Research Associate
- Niken Priscilla (Graduate Researcher)
- Shaban Sulejman (MSc student)
- A/Prof Daniel Gomez (RMIT University)
- A/Prof Devi Stuart-Fox (School of Biosciences, University of Melbourne)
Descriptions of potential projects available in this area for research students commencing in 2021-2022 can be found here.