PhD in Visible Light Integrated Sensing and Communication (VL-ISAC) University of Southampton in United Kingdom

Fully funded PhD studentship at the University of Essex (School of Computer Science and Electronic Engineering) in partnership with NexCache Ltd . The project is titled Cache-enabled semantic immersive video delivery and sits at the intersection of computer science , electrical/electronic engineering , networks , machine learning , communications engineering , and signal processing . The successful candidate will join the 6G Lab and the Network Convergence Laboratory and work on real-world resea...

Research Associate in Quantum Computation at Imperial College London is a postdoctoral opportunity in the Department of Computing with Dr Zhenyu Cai’s research group. The project focuses on quantum computation , quantum error correction , and quantum error mitigation , with an emphasis on a full-stack approach to suppressing errors in quantum hardware. The research spans hardware-level noise suppression through to practical fault-tolerant quantum computation. This is a 36-month position with a c...

PhD opportunity in Controlling Errors in Quantum Computers at Imperial College London , supervised by Dr Zhenyu Cai . This project targets one of the central challenges in quantum computation : reducing and controlling errors in quantum machines. The research aims to develop a full-stack approach to quantum error suppression , integrating methods across multiple layers of the quantum computing stack. Relevant research areas include quantum error correction , quantum error mitigation , and quantu...

PhD opportunity at the University of Southampton in Stacked Intelligent Metasurface (SIM) for Orthogonal Time Frequency Space (OTFS) , with applications to Space-Air-Ground Integrated Networks (SAGIN) , wireless communications , integrated communication and sensing (ISAC) , beamforming, waveform generation, and detection. The project explores how programmable stacked metasurfaces can manipulate electromagnetic waves and how OTFS can improve performance in doubly dispersive channels with delay sp...

PhD opportunity at the University of Southampton in neuromorphic silicon for non-invasive communication BCIs , with a focus on EEG , brain–computer interfaces , electrical engineering , biomedical engineering , computer science , and machine learning . The project addresses a key bottleneck in EEG-based BCIs: the computing behind decoding. Instead of relying on a laptop or cloud, the research aims to move decoding onto the head using neuromorphic AI hardware. The work includes novel event-based ...