PhD opportunity: Computational physics of high‑power fibre lasers: from nonlinear dynamics to next‑generation applications
PhD opportunity: Computational physics of high‑power fibre lasers: from nonlinear dynamics to next‑generation applications
About the project This project will use advanced theory and computer simulations to uncover the fundamental processes that restrict laser performance, helping design the next generation of lasers for science, … Read More Read More
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Assessing coastal impacts and performance of artificial reefs
Assessing coastal impacts and performance of artificial reefs
PhD opportunity to assess coastal impacts of artificial reefs via field data, remote sensing and data-driven analysis. Examine how reef geometry and placement affect wave transformation, sediment transport, and shoreline response in energetic coasts. Open to domestic and international applicants.
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PhD Studentship: Pathways into perinatal mental health care: the role of service context, stigma, and discrimination
PhD Studentship: Pathways into perinatal mental health care: the role of service context, stigma, and discrimination
PhD positions and research opportunities in perinatal mental health: a mixed-method study of access, stigma, and care pathways across community hubs, talking therapies, and VCSE services. Examine how ethnicity and socioeconomic position shape disclosure, uptake and equity in early care.
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2 Fully funded PhD Positions in the area of Water Electrolyzers and Redox Flow Batteries
2 Fully funded PhD Positions in the area of Water Electrolyzers and Redox Flow Batteries
PhD positions and research opportunities in electrochemical energy devices, focusing on water electrolyzers and redox flow batteries. Fully funded four-year PhD with stipend, hands-on experiments, and numerical modeling. Ideal for engineers with analytical and communication skills. Apply online.
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LLM-Augmented Human-Swarm Collaboration for Embodied Multi-Agent Systems PhD
LLM-Augmented Human-Swarm Collaboration for Embodied Multi-Agent Systems PhD
Self-funded PhD in human-centered embodied multi-agent AI. Investigate LLM-guided swarm behavior, perception, and intuitive interfaces to augment human decision-making in time-sensitive tasks; emphasize trust, transparency, and workload support; interdisciplinary, global collaboration.
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Ph.D. Student in Neurobiology- Cellular mechanisms of memory
Ph.D. Student in Neurobiology- Cellular mechanisms of memory
PhD positions in Neurobiology studying cellular and molecular mechanisms of memory formation. Funded project using molecular tools to manipulate brain cells, in vivo calcium imaging, and high-resolution imaging to decode learning processes.
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PhD Studentship: Solid State Substation Techniques for Future Electrical Energy Networks
PhD Studentship: Solid State Substation Techniques for Future Electrical Energy Networks
PhD positions and research opportunities in power electronics for energy management and decarbonization, focusing on Solid-State Transformers and multi-cellular converters for future grids, high-power EV charging, and data centers. Industry collaboration with funded stipend; closing date 20 Augus...
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Intensity Mapping
Intensity Mapping
Title Intensity Mapping Supervisor Prof Lister Staveley-Smith Course Doctor of Philosophy Keywords Radio astronomy, galaxies, cosmology Research area Physical Sciences Project description Intensity mapping is where radio telescopes are able … Read More Read More
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PhD Studentship: Robust Low-Dimensional Representations for Noisy Real-World Data
PhD Studentship: Robust Low-Dimensional Representations for Noisy Real-World Data
PhD Positions & Research Opportunities in AI-driven tomographic imaging and medical physics. Fully funded (UK tuition fees covered) with a four-year stipend. Open to maths, CS, physics or engineering graduates with AI experience. Apply by 12 July 2026; start Oct 2026.
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Self-healing and Thermal Conductive Elastomers modified with Biomass-derived Nanomaterials
Self-healing and Thermal Conductive Elastomers modified with Biomass-derived Nanomaterials
PhD positions in a four-year doctoral training program focused on negative emission technologies for net zero. Study biomass-derived nanofillers for sustainable elastomer composites, DACCS and BECCS, and bio-based materials. Industry placements and career-ready training for academia and policy.
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