We have developed an ultra-thin device for conversion of light frequencies from infrared to visible wavelengths. This technology can be applied as a film to any glass surface and allows us to overcome many of the limitations of current night vision technologies.
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A novel method for converting natural graphite into highly porous graphene films with advanced applications including energy storage. The highly porous nature of the gel films allows for additional functional materials to be added between the individual graphene sheets, offering opportunity for a ra.....
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Monash University researchers have identified and validated a novel anti-fibrosis target - IRAP. Inhibition of this target with the proprietary small molecule lead series completely reversed cardiac and renal fibrosis in clinically relevant disease models. We nows eek a partner to develop novel lead.....
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The present invention relates to silicon carbide Schottky diodes and methods of productions of such diodes. In particular, the present invention relates to silicon carbide Schottky diodes comprising edge termination structures to reduce perimeter leakage.
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