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have: A PhD in Materials Science, Chemistry, Physics or a related discipline, with expertise in carbon nanomaterials. Proven commitment to proactively keeping up to date with developments in graphene
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-compatible materials, including graphene, silicon nitride, or other functional layers for electrical transduction. • Device modelling and simulation: Model carrier transport, charge-state dynamics
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in a PhD. Requirement for granting the fellowship: The applicants may apply without prior registration in the course for which the fellowship is open. The requirement to enroll in a degree course will
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(graphene, bilayer systems, Dirac/Weyl semimetals, higher-order topological phases) - Topological superconductivity & Majorana fermions - Frustrated magnetism & quantum spin liquids - Non-Hermitian quantum