Researchers from TMOS, the ARC Centre of Excellence for Transformative Meta-Optical Systems, have developed a new engineering approach to on-chip light sources that could lead to widespread adoption o [...]
TMOS researchers collaborated closely with industry partner Seeing Machines to develop a metalens designed to be integrated into the company’s driver monitoring systems. Seeing Machines is a global [...]
TMOS researchers from the Australian National University demonstrate enhanced infrared vision non-linear upconversion technology using a non-local lithium niobate metasurface, making significant progr [...]
"Move over electrons, photons are taking the lead! Researchers at TMOS have cracked the code to on-chip light sources, turbocharging processors with near-lightspeed communication, quantum computing mu [...]
An increasing number of emerging quantum applications operate using optical technologies. Currently, quantum photon sources are regularly taken offline to be tested and adjusted using an interferomete [...]
When thinking about the next generation, the theme of this year's TMOS annual report, my mind goes to the current Fourth Industrial Revolution, where the boundary between humans and technology is begi [...]
Strategic investment in science and technology is Australia’s path to future economic growth and national prosperity. When the Labour government came into power, Prime Minister Albanese outlined the [...]
This year, I’ve been thinking quite a bit about what we need to do as a Centre as we head toward our mid-term review. All Centres of Excellence are reviewed by the Australian Research Council (ARC) [...]
One of the striking things about meta-optics is how quickly it is transitioning from the laboratory into real-world applications. This represents a precious opportunity for Australia. As it is a new a [...]
2022 was an important year for TMOS. Firstly, interstate and overseas travel opened for us to meet and undertake many activities in person. I will never forget the enthusiasm of all students and early [...]