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James Bryson studies the evolution of the early solar system and the first planetary bodies using meteorites and ancient terrestrial samples. He investigates planetary accretion, differentiation, magnetism and isotopic signatures of meteorites.
- University College Oxford Justin Benesch
Contact Univ. If you have any questions or need more...
- Oxford Sparks
James Bryson. Planetary Scientist. During just 5 – 10...
- Space @ Oxford
James Bryson is interested in unravelling the early...
- University College Oxford Justin Benesch
17 de nov. de 2022 · James Bryson, Associate Professor of Mineralogy, explained: ‘The magnetic composition of a meteorite acts like an internal hard drive memory of the conditions during its formation. We found that there is a particularly high abundance of a magnetic phase called magnetite present in an exotic and uncommon form.
Faculty working in this area include: James Bryson (magnetism) Jessica Hawthorne (earthquake mechanics) Richard Katz (dynamics of fluid–solid systems) Mike Kendall (seismology and geomechanics) Paula Koelemeijer (seismology) Conall MacNiocaill (rock magnetism)
JFJ Bryson, NS Church, T Kasama, RJ Harrison. Earth and Planetary Science Letters 388, 237-248. , 2014. 47. 2014. Elastic and anelastic relaxations in the relaxor ferroelectric Pb (Mg1/3Nb2/3) O3: I. Strain analysis and a static order parameter. MA Carpenter, JFJ Bryson, G Catalan, CJ Howard.
