Large-scale quantum structures are necessary for the implementation of quantum technology, yet their complexity exceeds the computational limits of classical simulations. Read more
Three Key Points. Exploit Leicester access to the new SVOM and Einstien Probe missions to find transients, particularly GRBs. Combine high-energy data with optical/IR data from Stargate consortium, GOTO survey, JWST and other facilities. Read more
The lunar south pole is a key region for human and robotic exploration. The PhD will characterise lunar meteorites and thermophysical properties of ice-bearing analogues. Read more
The goal of this project is to invent a rapid, sustainable technique for healing hydrogen-induced embrittlement in metals and alloys using high-frequency, low-density electric currents. Read more
Project highlights. Novel and sustainable preparation of nuclear materials surrogates/mimics . Assessment of a new proposed method against current processes for civil terrestrial nuclear fuel production to understand if waste aspects can be improved . Read more
Project highlights. Working with the Met Office to improve weather forecasts by creating next-generation satellite observations that track aerosols and clouds throughout the day . Read more
There is a growing effort to replace oil-derived products with new, sustainable, and eco-friendly materials. Lightweight materials made from natural fibres could contribute to this transformation, provided they can meet the performance standards of current materials. Read more
Sustainable Development Goal (SDGs) 15 of the United Nations seek to conserve life on land “to protect and restore terrestrial ecosystems, sustainably manage forests, combat desertification, and halt and reverse land degradation and stop biodiversity loss’’. Read more
The EPSRC Centre for Doctoral Training (CDT) in Offshore Wind Energy Sustainability and Resilience supports exceptional graduates into exciting research projects that aid the sustainable growth of the offshore wind industry. Read more
Project highlights. This project will explain how past, present, and (potential) future climate related policies effect the hydrological cycle, the resulting impact on global freshwater distributions and the implications for food and water security. Read more
Project highlights. The project will identify the causes and impacts of extreme fire events, such as the recent fires in Amazonia, Western USA, Australia and the Arctic. Read more
Project highlights. A complete laboratory re-evaluation of the infrared spectroscopy of carbonyl sulfide (COS) . Production of a new COS linelist to improve remote-sensing observations of COS . Read more
Project highlights. Develop new algorithm approaches to transform thermal satellite remote sensing for crop monitoring . Confront the challenge of big data to explore changes in the temperature and composition of the Earth’s surface . Read more
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