Transport measurements are readily used to probe different phases in disordered
topological insulators (TIs), where determining topological invariants explicitly is …

It is essential to understand to what extent the protected edge states of topological insulators
(TIs) can survive against the degradation of the ubiquitous disorders in realistic devices …

Topological materials are promising candidates in fault-tolerant quantum information
processing architectures, making it essential to understand the dephasing mechanisms in …

We investigate the spectral fluctuations and electronic transport properties of chaotic
mesoscopic cavities using Kwant, an open source Python programming language based …

A 2D HgTe quantum well is analyzed based on the assumption that the width fluctuations
convert the system to a random mixture of domains with positive and negative energy gaps …

We present a complete numerical calculation and an experimental data analysis of the
universal conductance fluctuations in quasi-one-dimensional nanowires. The conductance …

We investigate the universal properties of quantum transport in graphene nanowires that
engender subtle universal conductance fluctuations. We present results for three of the main …

An effective tight-binding (TB) Hamiltonian for monolayer GeSnH 2 is constructed which has
an inversion-asymmetric honeycomb structure. The low-energy band structure of our TB …

We study the conductance G of 2D Dirac semimetal nanowires at the presence of disorder.
For an even nanowire length L determined by the number of unit cells, we find non-integer …

Universal conductance fluctuations are usually observed in the form of aperiodic oscillations
in the magnetoresistance of thin wires as a function of the magnetic field B. If such …