Transforming terahertz technology with purpose-built integrated platform. This Fellowship aims to create terahertz integrated systems that transcend decades-old free-space setups. The research harness

Description

Transforming terahertz technology with purpose-built integrated platform. This Fellowship aims to create terahertz integrated systems that transcend decades-old free-space setups. The research harnesses recent Australian-led innovations in a substrateless silicon platform to deliver transformative terahertz frontends. Next-generation optically controlled terahertz modulators will be realised, while broadband peripheral components aided by effective mediums will enable complex terahertz wave routing. Addressing current bottlenecks, this project will drive unprecedented point-to-point terahertz wireless links with record data rates over several kilometres. Longer term, the project will open up new research in high-performance terahertz integration for future 6G infrastructure and advanced stand-off sensing.. Scheme: ARC Future Fellowships. Field: 4006 - Communications Engineering. Lead: Prof Withawat Withayachumnankul