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computational physics PhD Projects, Programmes & Scholarships
We have 249 computational physics PhD Projects, Programmes & Scholarships
We have 249 computational physics PhD Projects, Programmes & Scholarships
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Multi-scale machine learning approaches to composite materials modelling and design
Accurate modelling of the mechanical behaviour of elastomeric composite materials including microscopic or nano-sized filler particles still represents a major challenge in terms of the range of length scales involved. Read more
Topological materials and coupled superfluids (theory and computation)
The rich physics of spinor quantum gases with internal coupling makes them ideal platforms for emulating fundamental physical processes and for realizing atomtronic analogs of solid-state devices. Read more
Neuron-Symbolic Technology of Dynamic Transportation Perception
Cameras can perceive the appearance, color and shape information of objects in the environment, and are widely used in target classification, target detection, target segmentation, target tracking and other fields. Read more
Machine consciousness based on multi-sensor fusion
Cameras can perceive the appearance, color, and shape information of objects in the environment and are widely used in object classification, object detection, object segmentation, object tracking and other fields. Read more
FLASH VHEE Radiotherapy Machine System Design
FLASH-RT entails delivering a high dose over a sub-second timescale and there have been experiments on animals which indicate cancerous regions suffer lethal… Read more
Wide-band antenna design based on machine learning
With the rapid development of modern wireless communication and radar technologies, as one of the most important components of the radio frequency front end, the structure and design of antennas and arrays are becoming more and more complex, which brings increasing computational burdens. Read more
Research on Smart Radar for Physical Sign Detection
The millimeter-wave (MMW) radar detection technology has the advantages of strong penetration, high resolution, strong anti-interference ability, and high detection accuracy. Read more
Electron beam dynamics in dielectric wakefield structures for novel acceleration concepts and applications
A short, high-brightness and relativistic electron bunch can excite ultra-high wakefields in dielectric wakefield structures. Read more
Radar signal processing based on neural network sequence model
Intelligent transportation and intelligent driving represent the current major trends in the development of the transportation industry, while environmental perception is the key core technology of transportation intelligence and is also a hot area of long-term academic research. Read more
Research and development of novel plasma targets for particle accelerators
A studentship is available from October 2022 on the development of discharge-ionised capillary plasma targets for applications in frontier accelerator science. Read more
Spatial beam control of multimode fibre lasers
Supervisory Team. Dr Peter Horak, Prof. Michalis Zervas. Project description. We are looking for a PhD student to join our group on a project to numerically model, design, and simulate the next generation of fibre lasers. Read more
Thermally driven flows in solidification processes
PROJECT SUMMARY. . With this project, we propose a numerical investigation into a variety of dynamics and effects produced by the interaction of an advancing solidification front with thermally-driven convection in the melt. Read more
iCASE PhD: Computational imaging and single-photon LiDAR for immersive situational awareness
Applications are sought for an. iCASE PhD studentship. to research new computational-imaging and sensing techniques for enhanced situational awareness. Read more
CoMoBio: Computational modelling of the formation of biofilm microbial systems
Biofilms are complex communities of bacteria that adhere to a surface, and they are the oldest form of life recorded on this planet. Read more
Electronic Structure Beyond Density Functional Theory and its Application to Momentum-Resolved Spectroscopies
The project. Understanding the complex behaviour of electrons in solids is an immensely difficult task, but one which is hugely important for future technological exploitation. Read more