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James Drewitt specializes in the study of structure in liquids, glasses, and minerals under extreme conditions. His research encompasses various advanced techniques including aerodynamic levitation, acoustic levitation, and neutron diffraction. He investigates the atomic-scale structural and rheological characteristics that influence glass formation, addressing fundamental questions in condensed matter physics. Drewitt's work leverages extensive experimental measurements and theoretical approaches, particularly using synchrotron x-ray and neutron scattering techniques at world-class facilities like the Diamond Light Source and the European Synchrotron Radiation Facility. His innovative use of containerless processing methods to promote supercooling in glass-forming materials integrates advanced optical techniques with structural measurements to explore new materials. He also researches high-pressure, high-temperature conditions resembling those in the Earth's lower mantle, including studies on silicate melts and liquid metals under extreme conditions. Drewitt's findings contribute valuable insights into planetary interiors and materials science.
University of Bristol • Bristol, UK
School of Physics, University of Bristol • Bristol, UK
School of Physics, University of Bristol • Bristol, UK
School of Earth Sciences, University of Bristol • Bristol, UK
Centre for Science of Extreme Conditions, University of Edinburgh • Edinburgh, UK
CEMHTI-CNRS • Orleans, France
Department of Physics research themes include Astrophysics, Materials and Devices, Particle Physics, and Quantum and Soft Matter.