Working with international industry partners, Professor Allen Barnett's group in the UNSW School of Photovoltaic and Renewable Energy Engineering creates solar cells which incorporate the high performance of III-V materials with the low cost of silicon.
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Device Credit: Dr Alvaro Casas Bedoya. First working silicon photonic structures fabricated in RPF. Optical transmission achieved through 0.5mm and 1cm Silicon nanowires.
Key capabilities: Lithography, Wet Processing, Metrology, Dry Etching
Device Credit: Dr Lining (Arnold) Ju Master moulds of patterned micro-channels are fabricated from etched Silicon. This device is designed to stop debris in blood from clogging channels before they hit the stenosis. Key capabilities: Lithography, Wet Processing, Metrology, Dry Etching
ANFF-NSW has been working with a New South Wales startup, Kimiya, to fabricate its proof-of-concept lab-on-a-chip device that will eventually have the capability of rapidly detecting sequences of genetic code and transferring the information to a laptop or smartphone.
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Microdevices developed in New South Wales are improving our methods of monitoring radiation, providing a better way to ensure the safety of people working in radiation-filled environments.
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