George Serghiou in the School of Engineering together with colleagues from the School of Geosciences at the University of Edinburgh and researchers at three other leading research institutions in Germany and France, removed reactivity barriers between germanium (Ge) and tin (Sn) to create a new bulk cubic material, called GeSn.
Inertial particle microfluidics is a new and exciting technology with potential for commercial applications of analysis and separation of particles, such as sepsis detection and isolation of circul
Microfluidic systems allow precise control and manipulation of geometrically constrained liquids to a small scale and underpin Lab-on-a-Chip applications.
Cosmo has been involved in a large number of student clubs and societies since first year. In his profile he discusses his role in the Engineering Peer Assisted Learning Scheme (EngPALS), his training with Prosper Social Finance and being Treasurer of the Engineering Society. Find out more about his favourite aspects of the Chemical Engineering programme and his top tips for new students.
A team of engineering researchers led by Dr Aristides Kiprakis have conducted a study that challenges the rules which currently govern the layout of tidal turbines.
Climate change and air pollution are two of the biggest threats faced by humankind in this century. Air pollution alone has a cost of ~£20bn pa to health services and business in the UK.
