Graphene nanostructures with abrupt sample-lead interfaces show sub-Sharvin conductance and Fano factor in tight-binding simulations, matching analytic Dirac predictions for regular geometries.
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Quantum transport of Dirac fermions in selected graphene nanosystems away from the charge-neutrality point
Graphene nanostructures with abrupt sample-lead interfaces show sub-Sharvin conductance and Fano factor in tight-binding simulations, matching analytic Dirac predictions for regular geometries.