We study longitudinal magnetotransport in disorder-free cylindrical Weyl semimetal
nanowires. Our theory includes a magnetic flux Φ piercing the nanowire and captures the …

Controlling the quantum interference in nanoscaled systems has potential application for the
realization of high-performance functional devices. In this work, the quantum interference of …

We investigate the stability of conducting and insulating phases in multichannel Luttinger
liquids with respect to embedding a single impurity. We devise a general approach for …

We present an effective low-energy theory of electron-phonon coupling effects for clean
cylindrical topological insulator nanowires. Acoustic phonons are modelled by isotropic …

We have devised a general scheme that reveals multiple duality relations valid for all multi-
channel Luttinger Liquids. The relations are universal and should be used for establishing …

We study the stability of multiple conducting edge states in a topological insulator against
perturbations allowed by the time-reversal symmetry. A system is modeled as a multi …

We study a phase diagram for the sliding Luttinger liquid (SLL) of coupled one-dimensional
quantum wires packed in a two-dimensional array in the absence of a magnetic field. We …

We devise an approach to calculation of scaling dimensions of generic operators describing
scattering within multi-channel Luttinger liquid. The local impurity scattering in arbitrary …

We study the phase transition between conducting and insulating states taking place in
disordered multichannel Luttinger liquids with interchannel interactions. We derive …

We study the stability of multiple conducting edge states in a topological insulator against all
multiparticle perturbations allowed by time-reversal symmetry. We model a system as a …