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    Article

    Electronic states of graphene quantum dots induced by nanobubbles

    We analyze the effects of the strain-induced pseudo-magnetic fields (PMFs) originating from nanobubbles (NBs) to examine the possibility for a graphene quantum dot (QD) created by strain engineering. We study ...

    Hee Chul Park, Minsol Son, Seung Joo Lee in Journal of the Korean Physical Society (2021)

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    Influence of Coupling Strength Between a Magnetic Quantum Dot and Quantum Hall Edge Channels on Valley-isospin-dependent Dirac Fermion Transport

    We investigate Dirac fermion transport through opposite quantum Hall edge channels in armchair graphene nanoribbons where a magnetic quantum dot (MQD) is placed between the edges. The resulting conductance sho...

    Jihyeon Jeon, Minsol Son, Nojoon Myoung in Journal of the Korean Physical Society (2020)

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    Gate-tunable Thermoelectric Effects in a Graphene/WS2 van der Waals Heterostructure

    Thermoelectric effects of Dirac fermions through a van der Waals (vdW) heterostructure consisting of graphene and tungsten diselenide (WS2) are theoretically investigated. When the lattice temperature of the top ...

    Junho Lee, Minsol Son, Hyebin Jeong, Injip Sim in Journal of the Korean Physical Society (2018)