70 citations · 249 across the 18 of their papers we have counts for
18 papers
Hall Coefficient of the Intercalated Graphite CaC in the Uniaxial CDW Ground State
Petra Đurkas Grozić, Barbara Keran, Anatoly M. Kadigrobov +3
We evaluate the Hall coefficient characterising magnetotransport in an intercalated graphite CaC with the Fermi surface reconstructed by an uniaxial charge density wave from cl…
Magnetoconductivity and quantum oscillations in intercalated graphite CaC with the Fermi surface reconstructed by the uniaxial charge density wave
Petra Grozić, Anatoly M. Kadigrobov, Zoran Rukelj +2
We report a magnetoconductivity tensor for the intercalated graphite CaC, in the ground state of the uniaxial charge density wave (CDW), under conditions of coherent magnet…
Persistent current-carrying state of charge quasuparticles in -ribbon featuring single Dirac cone
Anatoly M. Kadigrobov, Ilya M. Eremin
The formation of persistent charge currents in mesoscopic systems remains an interesting and actual topic of condensed matter research. Here, we analyze the formation of spontaneou…
Density wave and topological reconstruction of an isotropic two-dimensional electron band in external magnetic field
Anatoly M Kadigrobov, Danko Radić, Aleksa Bjeliš
We predict a mechanism of spontaneous stabilization of a uniaxial density wave in a two-dimensional metal with an isotropic Fermi surface in the presence of external magnetic field…
Topological instability of two-dimensional conductors
Anatoly M. Kadigrobov, Aleksa Bjeliš, Danko Radić
In the present paper we propose a mechanism of the structural instability with a periodic charge ordering in two-dimensional isotropic conductors with a closed Fermi surface which…
Giant oscillations of the current in a dirty 2D electron system flowing perpendicular to a lateral barrier under magnetic field
A. M. Kadigrobov
The charge transport in a dirty 2-dimensional electron system biased in the presence of a lateral potential barrier under magnetic field is theoretically studied. The quantum tunne…