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includes the following themes: digital geography (Professor Tuuli Toivonen) enhanced seismic surface wave imaging using deconvolution strategies (Professor Gregor Hillers) gamma ray imaging for nuclear
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societally relevant applications. The research scope of our FAME team includes the following themes: digital geography (Professor Tuuli Toivonen) enhanced seismic surface wave imaging using deconvolution
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research tool. Both magneto-quasistatic modeling and full-wave modeling will be considered. See the following articles as examples of our earlier research in the field: https://doi.org/10.1109/TMAG
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research tool. Both magneto-quasistatic modeling and full-wave modeling will be considered. See the following articles as examples of our earlier research in the field: https://doi.org/10.1109/TMAG
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well as graphene and other layered materials. Recent studies have revealed that depending on the material and the energy scale, electrons in 2D systems may show complex branched flow resembling tsunami waves
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. The methodology involves density-functional theory (DFT) for atomic dynamics and structure optimisation, correlated ab initio wave function theory for determining the spin Hamiltonians, and Liouvillian spin