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Matthew Wincott is a researcher at the University of Bristol, specializing in the field of Earth Sciences. His doctoral research focuses on the thermometric properties of diamond inclusions and their implications for understanding geodynamic processes. Specifically, he studies the growth zones and ages of diamonds, calculating the cooling rates over timescales of billions of years. His work aims to contribute to a broader understanding of how Earth cooled sufficiently for subduction processes to begin and how continental buoyancy has changed over time. Wincott employs various methods, including Re-Os isotopic dating of sulfide inclusions to establish the ages of diamond growth zones, as well as FTIR measurements to determine the temperatures experienced by diamonds based on nitrogen concentration aggregation states. He also utilizes advanced characterization techniques such as CT scanning and EPMA CL imaging to analyze diamond inclusions. His research is recognized within the petrology group and is reflected in his publications in academic journals.
University of Bristol • Bristol, ENG
Conducting research on diamond inclusions and their thermometric properties, contributing to geodynamic understanding.
Department of Physics research themes include Astrophysics, Materials and Devices, Particle Physics, and Quantum and Soft Matter.