NSF-funded PhD positions to exploring ultrafast phenomena, quantum materials, and next-generation sensing and imaging platforms-Oklahoma State Uni
NSF-funded PhD positions to exploring ultrafast phenomena, quantum materials, and next-generation sensing and imaging platforms-Oklahoma State Uni
PhD positions in terahertz plasmonics, nanophotonics, and EM materials. An externally funded program on ultrafast phenomena, quantum materials, and sensing. Ideal for researchers in experimental photonics, nanomaterials, and devices across engineering and physics.
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PhD offer (M/F) in material physics on the theme of low-dimensional perovskite halides
PhD offer (M/F) in material physics on the theme of low-dimensional perovskite halides
PhD Position: investigate photon and charge dynamics in low-dimensional halide perovskites (quantum dots and 2D layers). Synthesis, doping, interface engineering, spectroscopy, and hybrid devices to study energy transfer, radiative cascades, and reconfigurable optoelectronics.
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1-2 fully funded Ph.D. students in Computer Science at Kennesaw State University (KSU), starting in Spring 2027/Fall 2027
1-2 fully funded Ph.D. students in Computer Science at Kennesaw State University (KSU), starting in Spring 2027/Fall 2027
PhD positions and research opportunities in quantum networking, satellite networks, distributed quantum computing, distributed sensing, and AI for quantum systems. Contribute to a global Quantum Internet with optimized networks and quantum innovations for researchers in CS, EE, physics, and math.
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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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PhD Studentship: Enhancing Next Generation Li-ion Prototypes
PhD Studentship: Enhancing Next Generation Li-ion Prototypes
PhD position: link fundamental battery R&D with industrial scale-up and pilot-line testing. Develop next-gen Li-ion prototypes (Ni-rich, LMFP, anodeless) and optimize processing, formulations, and longevity. Characterization uses bespoke microscopy, operando studies, and advanced electrochemistry.
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Bioerodible inserts as a platform for controlled ocular drug delivery
Bioerodible inserts as a platform for controlled ocular drug delivery
PhD positions in ocular drug delivery: develop bioerodible antibiotic-loaded inserts for sustained, controlled release to treat anterior-segment diseases. Use quality-by-design and physico-chemical/biological testing to optimize safety, efficacy, and adherence through fixed-dose strategies.
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Full-funded PhD Studentship on Microstructure and Defect Control in Recycled Aluminium Alloys (2026)
Full-funded PhD Studentship on Microstructure and Defect Control in Recycled Aluminium Alloys (2026)
PhD Position: study grain refinement, Fe impurities and casting defects in recycled aluminium alloys. Industrial pilot-scale trials and advanced characterization. Fully funded 3.5 years (£21,805/yr), fees waived, £2,000 grant. Apply by 2 Oct 2026 with proposal, CV, transcripts, references.
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PhD Studentship: Robust Beam-shaping and Fibre-coupling System for High Power Diode Laser Stacks
PhD Studentship: Robust Beam-shaping and Fibre-coupling System for High Power Diode Laser Stacks
Fully funded 3.5-year PhD in Laser Physics to develop robust beam-shaping and fibre-coupling for high-power diode laser stacks, with industry collaboration. Combines experimental optics, design, and modelling. Start between Sep 2026 and Jul 2027. Eligibility: 2:1 or MSc in a relevant field.
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Doctoral (Phd) position in Nanotechnology and Functional materials, with focus on metal-organic frameworks (MOFs) for environmental application
Doctoral (Phd) position in Nanotechnology and Functional materials, with focus on metal-organic frameworks (MOFs) for environmental application
PhD position in nanotechnology and functional materials focusing on porous materials and MOFs for environmental applications (PFAS removal, pollutant degradation, gas adsorption). Four-year, full-time research with synthesis, characterization, and multidisciplinary collaboration.
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PhD Studentship - EPSRC - Predicting the Performance of Recycled HDPE for Sustainable Bottle Packaging
PhD Studentship - EPSRC - Predicting the Performance of Recycled HDPE for Sustainable Bottle Packaging
Fully funded 3.5-year PhD on data-driven recycled HDPE for sustainable bottle packaging. Experimental polymer science plus multivariate data analysis to predict performance across recycling and processing history. Industrial partner; UKRI stipend; home tuition covered. Start Oct 2026.
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