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Zerbib. This includes graph theory, discrete geometry, topological combinatorics, extremal combinatorics, and flag algebras. The position has a 2-1 teaching load and a requirement to be involved with
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, synthesis, and optimization of magnetic materials, alloys, and critical-materials chemistries. Particular emphasis will be placed on efficient utilization of critical elements, rare-earth processing and
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heavy rare earths (e.g., La–Nd vs. Dy–Y) and fine separations within the heavy rare earth group (e.g., Tb–Dy–Ho). (ii). Development and optimization of solvent extraction, ion-exchange, and
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