European Innovation CouncilEIC PathfinderA European consortium developing a novel quantum technology architecture based on flying electrons as qubits, as a more scalable alternative to quantum processors that need many coaxial lines per qubit.
Royal Society of EdinburghPersonal Research FellowshipA fellowship to study terahertz-frequency qubits in semiconductor quantum systems, as a route to more scalable and more robust quantum technologies. We will develop a cryo-optoelectronic platform that lets optoelectronic devices driven by ultrafast lasers work at extreme cryogenic temperatures alongside quantum devices.
Royal Society of EdinburghA collaboration with CNRS Institut Néel in Grenoble on terahertz-frequency qubits, which promise smaller quantum devices that are more robust against thermal decoherence. Efficient THz sources developed in Glasgow are tested at cryogenic temperatures in collaboration with Grenoble, and working towards integrating THz devices alongside quantum circuits.
UKRI EPSRCNew Investigator AwardDevelopment of efficient, cryogenic-compatible THz electronics and optoelectronics.
UKRI EPSRCInterfacing quantum technology with information and communication technologies (ICT).
University of GlasgowReinvigorating ResearchDeveloping a spectroscopy tool for detecting sodium in urine samples.
