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Probing plasmon signatures in superconducting graphene and van der Waals heterostructures
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Description: Through this research, I probe the superconductivity pairing in graphene materials, specifically monolayer graphene and ‘magic angle Twisted Bilayer Graphene’ (MA-TBG)- two stacked layers of graphene misaligned by ~1.1°. It is hypothesized that analysis of the superconductivity pairing through plasmonics using the Tight Binding model/approximation will yield insight on whether the Cooper pairs in the 2D superconductors exhibit singlet or triplet pairing and how one may be able to replicate these effects at higher temperatures. This research was presented at the Sigma Xi annual research conference and is currently being generalised.
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