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From optical communications links and artificial neural networks, to scientific instruments based on optical microcombs, this project will enable energy efficient functionality at ultra-high bandwidths.

This role is based at our Monash University node.

Probe the limits of optical microcombs – a newly invented source of light, producing a precise rainbow of laser-like lines – to help our internet infrastructure to keep up with 25% more data through optical fibres every year.

This role is based at our Monash University node.

Develop methods to help photonic chips “self-tune”, to enable complex photonic functionality involving many elements on a single chip for more efficient information processing, precision sensing, spectroscopy and optical communication data.

This role is based at our Monash University node.

Develop novel ways to support efficient optical communication systems with optical microcombs (a newly invented source of light, producing a precise rainbow of laser-like lines) to simplify the way we run communication systems, toward low-energy, multi-terabit-per-second optical interfaces.

This role is based at our Monash University node.

This position will explore the societal impacts of optical frequency combs – the world’s most accurate measurement tool – through advances in physics, materials science, and nanofabrication.

This role is based at our Australian National University node.