PhD in On-chip Topological Photonics at University of Southampton University of Southampton in United Kingdom

PhD studentship in nanoelectronics at Liverpool John Moores University (School of Engineering and Built Environment), in collaboration with IMEC, Belgium . The project is titled Characterisation of nanoscale semiconductor devices of technology nodes beyond 2 nm for emerging memory and computing applications . It focuses on the characterisation and modelling of nanoscale semiconductor devices for energy-efficient and high-performance computing, including conventional MOSFETs, emerging memristive ...

PhD opportunity: Topological photonic quasicrystals at the University of Southampton , Faculty of Engineering and Physical Sciences. This project explores topological photonics beyond traditional crystalline materials, with a focus on quasicrystals , symmetry constraints, and embedded higher-dimensional topological phases. The research combines theory, numerical simulation, and some experimental demonstration, making it a strong fit for students interested in physics , photonics , electromagneti...

PhD opportunity at the University of Southampton in metasurface technologies for Physical AI and machine learning-enabled nanophotonics for consumer electronics. This project sits at the intersection of electrical engineering , nanotechnology , optical physics , electromagnetism , and machine learning . You will work on nanostructured optical hardware and metasurfaces that can manipulate light for sensing and information processing, with the goal of reducing latency and computational overhead fo...

PhD opportunity: Next generation silicon photonic modulators at the University of Southampton , Faculty of Engineering and Physical Sciences. This project focuses on silicon photonics , optical communications , electronic engineering , optical physics , and solid state physics , with applications in AI and high-performance computing . The research aims to develop ultra-high-speed, energy-efficient optical data communication devices, including next-generation modulators exceeding 100 Gb/s. You wi...

PhD opportunity at the University of Southampton in radiation-resilient memristor-based reservoir computing for autonomous space intelligence . This project explores how memristor-based reservoir computing can enable ultra-low-power onboard intelligence for satellites and other space systems. The research focuses on how space radiation affects memristor dynamics and how to design adaptive mitigation strategies so hardware can continue to compute reliably in harsh environments. Students will work...