MetaOptics@TMOS_ARC

ARC Centre of Excellence for Transformative Meta-Optical Systems - Creating next generation miniaturized optical technologies. #metaoptics #TMOS

 Australia
tmos.org.au
Joined October 2019
630 Photos and videos
TMOS researchers have developed a tiny optical device that can be reprogrammed using light, with potential applications in optical computing, imaging and telecommunications. Read more: me-l.co/u4yy0xmd Thanks @arc_gov_au for supporting our research

Researchers use light to reprogram a tiny optical device | TMOS

A new photonics breakthrough uses light to control light, enabling fast, reversible tuning of metasurfaces for future optical chips and holographic tech.

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TMOS scientists have developed a screen that converts infrared light into visible light, producing images 1000 times brighter than the original! A major step towards lightweight, compact, and inexpensive infrared detectors. Read more at: shorturl.at/vPnaV @arc_gov_au
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Making one optical material act like two could be a new solution to shrinking medical imaging devices. Read about it at: shorturl.at/OO6DG Funded by @‌arc_gov_au
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A team of researchers from the ARC Centre for Transformative Meta-Optical Systems (TMOS) have developed a key component for terahertz technology – from everyday kitchen foil! Read all about it at tmos.org.au/media-release/ki… Funded by @arc_gov_au

Kitchen foil unlocks the future of terahertz technology | TMOS

A new photonics breakthrough uses light to control light, enabling fast, reversible tuning of metasurfaces for future optical chips and holographic tech.

tmos.org.au
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Detecting heat is useful—but knowing what you're looking at is even better. TMOS researchers have developed a tunable infrared filter that could give future thermal imaging systems something like "colour vision" in the infrared. shorturl.at/Yx8hU

Beyond heat: new infrared filter for thermal cameras could detect pollution and disease | TMOS

A new photonics breakthrough uses light to control light, enabling fast, reversible tuning of metasurfaces for future optical chips and holographic tech.

tmos.org.au
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This is the coolest thing I’ve seen all month! Kenneth Crozier, Ben Russell and team here at @TMOS_ARC have developed a groundbreaking infrared light filter using nanotechnology. Check out the paper: scimex.org/newsfeed/infrared… #tmos #nanotechnology #newresearch #infrared

Infrared innovation heats up, creating cheap robust spectrometers

Infrared innovation heats up, creating cheap robust spectrometers A new filter for infrared light could see scanning and screening technology tumble in price and size. Built on nanotechnol

scimex.org
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New Research @TMOS_ARC. A new nanoscale quantum sensor can detect magnetic fields in 3D with high precision at room temperature! Built on spin defects in hexagonal boron nitride, it marks a big step forward for #quantumsensing. Read More: nature.com/articles/s41467-0…

A single spin in hexagonal boron nitride for vectorial quantum magnetometry

Nature Communications - Defects in materials can be used to detect magnetic fields at the nanoscale. Here the authors show that a carbon-related defect in hexagonal boron nitride acts as a robust...

nature.com
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@tmos_arc are thrilled to share that our Chief Investigator Prof. @sharath_sriram has been named Western Australia’s new Chief Scientist! His expertise in research, innovation, and collaboration makes him a fantastic choice for the role! Read more:  rmit.edu.au/news/all-news/20…

RMIT trailblazer named new Chief Scientist

RMIT’s Professor Sharath Sriram has been named as Western Australia’s new Chief Scientist to provide strategic advice to government.

rmit.edu.au
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Thrilled to announce Distinguished Prof & @TMOS_ARC Chief Investigator @NanoJagadish has been elected a Fellow of @royalsociety —one of science’s highest honours. Huge congrats, Jagadish! Read more: science.anu.edu.au/news-even…

Generosity and kindness, the hallmarks of top ANU scientific leader

Nanotechnology researcher Professor Chennupati Jagadish has been elected as a Fellow of the Royal Society.

science.anu.edu.au
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New Research @TMOS_ARC! A topology-optimised diffractive #metasurface designed for small-satellites enables real-time, full-Stokes polarisation imaging. @DNeshev @neutonli @ASukhorukov1 Read More: pubs.rsc.org/en/Content/Arti… #TMOS #PolarisationImaging #EarthObservation #Photonics
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@TMOS_ARC @UTS_Science New research! A micromachined, MEMS-enabled tunable #metamaterial demonstrates precise LWIR filtering via EOT and vertical membrane actuation. @MarioMartyniuk @IShadrivov Read more: doi.org/10.1002/adpr.2024001… #MetaOptics #MEMS #LWIR #Photonics #TMOS
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Celebrate the @IDLofficial & International Year of Quantum Science & Technology with Prof. Hans Bachor “From Laser to Teleporter - Will Dreams Become Reality?” @TMOS_ARC @ANUmedia 20th May 6pm. Livestream piped.video/live/e_J-WwMdDOc…… #PhotonClicker #tmos #ANU #ANUspie
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Celebrating International Food Day & our diverse team here at TMOS! We came together for a delicious celebration—everyone brought a dish from their country of origin. Big congrats to Chaohao for taking first place with his amazing dumplings!
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Congratulations to Distinguished Professor and Chief Investigator at The Australian National University, @NanoJagadish on his election to the American Academy of Arts and Sciences!
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TMOS is thrilled to congratulate our Associate Investigator, Dr Daria Smirnova on receiving the prestigious Pawsey Medal @Science_Academy. Congratulations, Daria! facebook.com/watch/?v=101010…

As a physicist at The Australian National University, Dr Daria...

As a physicist at The Australian National University, Dr Daria Smirnova's topological photonics research crafts light superhighways, boosting next-gen computing and communication networks with...

facebook.com
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Happy #WorldQuantumDay! Check out TMOS works on #quantum from the last few months on imaging link.springer.com/article/10… and new quntum light sources pubs.acs.org/doi/abs/10.1021…

Quantum imaging using spatially entangled photon pairs from a nonlinear metasurface

eLight - Nonlinear metasurfaces with subwavelength thickness were recently established as versatile platforms for the enhanced and tailorable generation of entangled photon pairs. The small...

link.springer.com
World Quantum Day@WorldQuantumDay
13 Apr 2025
🎉 Happy World Quantum Day, 14 April 2025! 🎉 The first event is the Tsukuba Quantum Day, in Japan! Followed by events around the 🌏 and online: worldquantumday.org/upcoming… Join the celebrations! 🔍 a #QuantumCity near you. #WorldQuantumDay #QuantumCity #IYQ2025
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Chief Investigator Andrey Sukhorukov on our exciting new research - "Old movies and new tech to allow us to see back in time with deep space imaging". READ FULL MEDIA RELEASE: buff.ly/rimcTWN
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Josephine Munro from our ANU team and first author of our latest research "Old movies and new tech to allow us to see back in time with deep space imaging". READ FULL MEDIA RELEASE: buff.ly/uv1fmeF
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Exciting new research from our ANU team has just been published, bringing us one step closer to clearer, more detailed images of deep space - thanks to advancements in meta-optics. FULL MEDIA RELEASE: buff.ly/2nAuAlz
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