The Physical Computation Laboratory is seeking a PhD student to work on a project developing new **Computer Architectures for Probabilistic Computer Vision Applications**. Read more
The Physical Computation Laboratory is seeking a PhD student to work on a project developing new **Hardware Implementations of Differential Privacy for Low-Power Energy-Scavenged Sensors**. Read more
The Physical Computation Laboratory is seeking a PhD student to work on a project developing new **Computer Architectures for Probabilistic Robotics/Autonomous Systems Applications**. Read more
The Physical Computation Laboratory is seeking a PhD student to work on **Probabilistic Architectures as Co-Processors for Noisy Intermediate-Scale Quantum (NISQ) Computers**. Read more
This scholarship is funded by EPSRC iCASE Award and TATA Steel. Start date. January 2021. *Please note that this project can begin either in January 2021, or at the earlier date of October 2020 provided prompt submission of your application and successful interview. Read more
This PhD project is well suited to students who would like to combine their knowledge of programming, computational modelling, physics and mathematics to better understand the structural changes in biological tissue in health and disease. Read more
An exciting full-time funded PhD opportunity has arisen at the University of Hertfordshire associated to a collaborative project with King’s College London and Brunel University London funded by the US Air Force. Read more
Applications are invited for a fully-funded PhD studentship working in the theoretical nuclear physics group at the University of Surrey on the application of quantum computing to the solution of problems in many-body physics as applied to atomic nuclei. Read more
Gene therapy transfers genetic material into cells to provide new functions, including as potential interventions and treatments for a wide range of human diseases. Read more
This fully funded doctoral research opportunity will investigate the effect of multiple high velocity impacts on the properties of aluminium and titanium alloys. Read more
Commercial long acting pharmaceutical formulations have been developed to fulfil clinical needs, of improving both patient adherence and long-term therapeutic outcomes [1-3]. Read more
Aims. Determine the structure of the ELAV dodecameric complex bound to target RNA by cryoEM and functionally probe interaction interfaces in vitro and in vivo in transgenic Drosophila models for neurodegeneration and cancer. Read more
Liquid crystalline materials have been widely explored for applications in drug delivery [1-3]. The biggest challenge in this field of research is controlling the formation of the liquid crystalline structure and using this structure to manipulate drug delivery to optimise therapeutic outcomes. Read more
