The aim for this project is to design and develop novel gallium nitride (GaN) electronic devices for high power and high temperature applications. Read more
Driven by the pertinence of inorganic oxide surfaces across a diverse range of fields, such as solar energy and corrosion control, fundamental investigation of model (e.g. Read more
As society moves towards the Circular Economy, more sustainable use of materials is becoming increasingly important. Even in environments that can… Read more
This project aims to understand how the thermal transport properties of 2D materials can be engineered through controlled modification of scattering and energy dispersion of acoustic phonons. Read more
The development and use of innovative fibres such as, plant/fruit/protein-based fibres (e.g., bamboo viscos, modal, Seacell, spider silk) are seen as sustainable alternatives to tackle various challenges in the fashion industry, ranging from water, air and chemical pollution to most recently microfiber pollution (MFP). Read more
During the course of our ongoing research it has become clear that a major limitation to developing vaccines, treatments and ultimately the study of veterinary viruses is the ability to obtain infectious viral samples and transfect those into appropriate cell lines. Read more
A fully funded EPSRC studentship is available for a highly motivated outstanding chemist to undertake in the field of main group synthesis, frustrated Lewis pair catalysis, and EPR spectroscopy. Read more
Crohn’s Disease is one of debilitating auto-immune disease. There are many approaches for the treatment of CD such as stem cell therapy, surgery and pharmacotherapy. Read more
Bio-inspiration is an emerging field where naturally occurring designs and structure are used as inspiration to produce new array of materials of exceptional properties. Read more
While significant advances have been made in administrating these biologics through the parental routes, delivering these molecules orally remains a major challenge for pharmaceutical industry. Read more
The University of Exeter is looking for an enthusiastic, highly motivated student for a multidisciplinary project exploring the physics and applications arising from combining self-folding 2D surfaces with electromagnetic metamaterials. Read more
The University of Exeter is looking for an enthusiastic, highly motivated student for a multidisciplinary project developing novel long-range sensors and ID tags. Read more
Background. Protein is the most important food macronutrient for growth. It provides the essential amino acids that are required by the body to maintain bone, muscle and tissue, and for the production of vital components such as hormones, enzymes and immunoglobulins. Read more
The folllowing fully-funded PhD studentship is available in the School of Biological and Behavioural Sciences with an expected start date of April 2022. Read more
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