A new photonics breakthrough uses light to control light, enabling fast, reversible tuning of metasurfaces for future optical chips and holographic tech. [...]
A new photonics breakthrough uses light to control light, enabling fast, reversible tuning of metasurfaces for future optical chips and holographic tech. [...]
A new photonics breakthrough uses light to control light, enabling fast, reversible tuning of metasurfaces for future optical chips and holographic tech. [...]
A new photonics breakthrough uses light to control light, enabling fast, reversible tuning of metasurfaces for future optical chips and holographic tech. [...]
What if quantum devices could be reprogrammed like software? TMOS researchers are exploring programmable photonic systems that could transform how we build and scale quantum technologies. [...]
Australia’s harsh sun is infamous for damaging our skin. But what if you could track your skin’s health at home using something smaller than a credit card? [...]
TMOS researchers have achieved record efficiency by growing metasurface laser crystals instead of sculpting them. Led by Dr Wei Wen Wong, the team’s new method produces atomically smooth nanostructu [...]
A new nanoengineered approach promises to make infrared spectrometers dramatically cheaper, more compact, and more robust — by replacing bulky moving optics with a heat-tunable metasurface. [...]
Dr Lukas Wesemann (University of Melbourne), Associate Professor Brad Clarke, and collaborators from the University of Stuttgart and TMOS have developed a low-cost “optical sieve” that detects nan [...]
An international team of researchers has developed a first-of-its-kind method to cheaply, portably, and powerfully detect harmful nanoplastic particles—advancing global efforts to understand their i [...]
