Physics – Condensed Matter – Strongly Correlated Electrons
Scientific paper
2011-11-27
Physics
Condensed Matter
Strongly Correlated Electrons
Invited review article for WSPC's Annual Review on Graphene
Scientific paper
In this review we focus on the effect of the Dirac nature of graphene quasiparticles on two separate aspects. The first of these involves transport across superconducting graphene junctions with barriers of thickness $d_0$ and arbitrary gate voltages $V_0$ applied across the barrier region. The second aspect involves study of the presence of localized magnetic impurities in graphene and we show that Kondo effect in graphene is unconventional and can be tuned by gate voltage. We also discuss scanning tunneling conductance spectra phenomenon for both doped and undoped graphene. We show that the position of the impurity on or in graphene plays a subtle role and affects the underlying physics of STM spectra in doped graphene.
Maiti Moumita
Saha Kamal Krishna
Sengupta Kausik
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