108:, in the 2014 class of fellows, "for the application of nuclear physics techniques to biomedical research and national security challenges, including pioneering work in the application of ultra-low field nuclear magnetic resonance to functional brain imaging and non-invasive identification of materials for national security."
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A portable magnetic resonance imaging machine, developed by Espy and her team for use in developing countries and battleground medical situations, was named one of the top ten physics breakthroughs of 2015 by
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52:(the recording of magnetic fields generated by brain activity) and the detection of explosive materials and nerve agents in airline security screening. At Los Alamos, she has also worked on
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96:(with Robert Kraus Jr., Per Magnelind, and Petr Volegov, Oxford University Press, 2014).
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Science of
Signatures Advanced Studies Scholars Program 2014
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Ultra-Low Field
Nuclear Magnetic Resonance: A New MRI Regime
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Commissariat, Tushna; Johnston, Hamish (11 December 2015),
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Homeland
Defense & Security Information Analysis Center
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56:of stockpiled weapons and of the skull of the
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187:"Neutron Imaging of Weapon Components"
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80:. She earned her Ph.D. from the
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368:American women physicists
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68:Education and career
363:American physicists
74:Southern California
290:Science Highlights
215:New Mexico Culture
191:Science Highlights
167:Science Highlights
31:Michelle Anna Espy
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352:Categories
322:2022-05-03
296:2022-05-03
272:2022-05-03
248:2022-05-03
221:2022-05-03
197:2022-05-03
173:2022-05-03
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122:References
143:DOE Pulse
46:SQUIDs
44:using
238:(PDF)
88:Book
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