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The Mesoscale Nuclear Materials group focuses on coupled problems hindering carbon-free, baseload energy. Their motto is 'nuclear materials speed thought,' aiming to develop significantly faster methodologies for measuring the effects of materials in nuclear contexts. Their work on fission and fusion technologies highlights the interplay of anthropological engineering, emphasizing user-centric designs to ensure that technological progress benefits the maximum number of people while minimizing unseen consequences. Mike holds multiple degrees from MIT and is deeply passionate about teaching and mentoring students. He believes that hard work in science leads to great advancements and sees science as integral to diplomacy in today’s polarized world. Currently, the group studies radiation-affected corrosion, exploring how certain materials behave under irradiation and assessing their longevity in nuclear reactor conditions. Through innovative techniques such as transient grating spectroscopy, they rapidly gather data on material properties, significantly improving traditional methods. Their research also includes creating measurable physical signatures of historical uranium enrichment and investigating the materials supply chain for future fusion power facilities.
Massachusetts Institute of Technology • Cambridge, MA
Teaching and conducting research in Nuclear Science and Engineering, focusing on material properties and technology advancements.