Physicists at the ARC Centre of Excellence for Transformative Meta-Optical Systems are working to address the challenge of consumer air quality monitoring with the development of a portable infrared m [...]
Optical metasurfaces have enabled analog computing and image processing within sub-wavelength footprints, and with reduced power consumption and faster speeds. While various image processing metasurfa [...]
"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 [...]
Realising three-dimensional stretchable structures of functional materials with a minimum footprint on Silicone polymer is highly desirable in soft robotics, stretchable electronics, and photonics. [...]
Researchers at TMOS, the Australian Research Council Centre of Excellence for Transformative Meta-Optical Systems, have taken an important step towards eliminating this discomfort. Their RMIT Universi [...]
Your smartwatch could soon save you from more than missed meetings with a new miniaturised ammonia gas sensor in development. The sensor—made from 2D liquid metal and fabricated using a simple, cost [...]
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 [...]
