We calculate the magnetic response of a buckled honeycomb lattice with intrinsic spin-orbit
coupling (such as silicene) which supports valley-spin polarized energy bands when …

We report experimental measurements and theoretical analysis of Shubnikov-de Haas
(SdH) oscillations in a Dirac cone system: the α-(BEDT-TTF) 2 I 3 organic metal under …

We consider the combined effect of a gap and the Zeeman interaction on the helical Dirac
fermions that exist on the surface of a topological insulator. Magneto-optical properties, the …

In this work, we derive equations for the superconducting nematic order parameter, critical
temperature, and chemical potential for two-dimensional rectangular lattice by taking into …

We calculate the magnetization of the helical metallic surface states of a topological
insulator. We account for the presence of a small sub-dominant Schrödinger piece in the …

The graphene nanoparticles incorporated in thin polystyrene film in different configurations,
garner into unique phenomenon of self-assembly regulated by the self-organization of the …

With the discovery of graphene, considerable attention has been given to two-dimensional
(2D) physics. Over the past few years, several new systems have been synthesized. Of …

The Haldane model on a honeycomb lattice is a paradigmatic example of a system featuring
quantized Hall conductivity in the absence of an external magnetic field, that is, a quantum …

We derive equations for the superconducting nematic order parameter and chemical
potential for the hexagonal lattice by accounting for nearest-and next-nearest-neighbor …

The Haldane model in a honeycomb lattice is one of the simplest examples of systems that
present a quantized Hall conductivity in the absence of an external magnetic field-also …