Recent experiments using the quantum dot coupled to the topological superconducting
nanowire [Deng et al., Science 354, 1557 (2016) 10.1126/science. aaf3961] revealed that …

Semiconducting quantum wires defined within two-dimensional electron gases and strongly
coupled to thin superconducting layers have been extensively explored in recent …

Realizing Majorana Fermions has always been regarded as a crucial and formidable task in
topological superconductors. In this work, we report a physical mechanism and a material …

We analyze dynamical transport properties of a hybrid nanostructure, comprising a
correlated quantum dot embedded between the source and drain electrodes, which are …

Recently, electron transport along chiral molecules has been attracting extensive interest
and a number of intriguing phenomena have been reported in recent experiments, such as …

In the present work we propose that two-time correlations of Majorana edge localized
fermions constitute a novel and versatile toolbox for assessing the topological phases of one …

By modeling a Rashba nanowire contacted to leads via an inhomogeneous spin-orbit
coupling profile, we investigate the equilibrium properties of the spin sector when a uniform …

We demonstrate that the selective equal–spin Andreev reflection (SESAR) spectroscopy can
be used in STM experiments to distinguish the zero–energy Majorana quasiparticles from …

We analyze the influence of dimerization on the topological phases of a Rashba nanowire
proximitized to a superconducting substrate. We find that periodic alternations of the …

Performing Monte Carlo simulations, we study the temperature-dependent self-organization
of magnetic moments coupled to itinerant electrons in a finite-size one-dimensional …