PhD in Multilayer Metasurfaces for Compact Quantum Imaging University of Southampton in United Kingdom

PhD project: Quantum Signals via Hollow-Core Optical Fibres at the University of Southampton , United Kingdom. The project is based in the Optoelectronics Research Centre (ORC) within the Faculty of Engineering and Physical Sciences. This research will investigate hollow-core optical fibres as a universal transmission medium for quantum and classical communications. The fibres are designed to guide light through an air-filled core surrounded by a structured glass material, enabling low-loss tran...

University of Southampton postgraduate research project: Ultra-low-loss SiN platform for quantum, nonlinear and precision photonics . This is a PhD opportunity in the Faculty of Engineering and Physical Sciences, focused on silicon nitride photonics , quantum photonics , nonlinear optics , precision sensing , and integrated photonics . The project aims to understand and reduce optical loss by linking material properties, waveguide geometry, fabrication conditions, and device design to propagatio...

PhD studentship in magnetic metamaterials and millimetre-wave devices at the University of Exeter , based in the Department of Physics & Astronomy on the Streatham Campus in Exeter, England. This is an industrial PhD project linked to Leonardo UK and the EPSRC MetaHUB initiative, focused on the discovery, development, and commercial translation of new 3D nanoscale magnetic metamaterials . The research combines experimental and computational work, including nanoscale geometry design, bespoke mini...

This PhD project at the University of Southampton explores reconfigurable photonic circuits for quantum computing, quantum information processing and secure communication networks. The research focuses on controlling how individual photons travel and interfere within compact, integrated quantum photonic chips. The project will investigate dynamically reconfigurable devices whose optical properties can be programmed for quantum operations. A central approach is the use of electrostatically actuat...

Professor James Windmill at the University of Strathclyde is sharing a PhD funding opportunity for a UK student in Nature Inspired Acoustic Sensors & Devices . This project sits at the intersection of physics , electrical engineering , materials science , and mechanical engineering , with a focus on ultrasonic engineering , acoustic sensors , and device development . The post points to a FindAPhD listing for more details. Funding: PhD funding is available; no stipend amount, tuition coverage, or...