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Geometry and edge effects on the energy levels of graphene quantum rings: A comparison between tight-binding and simplified Dirac models, , , , , и . PHYSICAL REVIEW B, (2014)Electronic and optical properties of a circular graphene quantum dot in a magnetic field: Influence of the boundary conditions, , , , , и . PHYSICAL REVIEW B, (2011)Energy levels of triangular and hexagonal graphene quantum dots: A comparative study between the tight-binding and Dirac equation approach, , , и . PHYSICAL REVIEW B, (2011)Chiral states in bilayer graphene: Magnetic field dependence and gap opening, , , и . PHYSICAL REVIEW B, (2011)Snake states in graphene quantum dots in the presence of a p-n junction, , , и . PHYSICAL REVIEW B, (2013)Magnetic field dependence of energy levels in biased bilayer graphene quantum dots, , , , и . PHYSICAL REVIEW B, (2016)Analytical study of the energy levels in bilayer graphene quantum dots, , , , и . CARBON, (2014)Simplified model for the energy levels of quantum rings in single layer and bilayer graphene, , , , и . PHYSICAL REVIEW B, (2010)Electrostatically Confined Quantum Rings in Bilayer Graphene, , , и . NANO LETTERS, 9 (12): 4088-4092 (2009)Magnetic properties of bilayer graphene quantum dots in the presence of uniaxial strain, , , , и . PHYSICAL REVIEW B, (2017)