Researchers in condensed matter physics are currently exploring new materials for specific
use in various applications. The peculiar properties of quantum materials (QMs) have …

The Luttinger model is a paradigm for the breakdown due to interactions of the Fermi liquid
description of one-dimensional massless Dirac fermions. Attempts to discretize the model on …

The electromagnetic Casimir effect has a fermionic counterpart in topological insulators:
Zero-point fluctuations of a massless Dirac fermion field mediate a force between magnetic …

The half-quantized Hall phase represents a unique metallic or semi-metallic state of matter
characterized by a fractional quantum Hall conductance, precisely half of an integer ν …

Recent experimental progress on Bernal-stacked bilayer graphene (BLG) has shown its
versatility not only in exotic physics but also in practical applications in electronic devices …

We investigate the transport properties of massive Dirac fermions subjected to uncorrelated
scalar potential disorder, and mass disorder. Using a finite difference method, the …

To apply the powerful many-body techniques of tensor networks to massless Dirac fermions,
one wants to discretize the p· σ Hamiltonian and construct a matrix-product-operator (MPO) …

We study signatures of Majorana zero modes (MZMs) bound to Josephson vortices in
superconductor-three-dimensional topological insulator-superconductor (S-TI-S) Josephson …

We develop a formalism for simulating one-dimensional interacting chiral fermions on the
lattice without breaking any local symmetries by defining a Fock space endowed with a semi …

We develop a Dirac fermion theory for topological phases in magnetic topological insulator
films. The theory is based on exact solutions of the energies and the wave functions for an …