We study a topological superconductor island with spatially separated Majorana modes
coupled to multiple normal-metal leads by single-electron tunneling in the Coulomb …

A leading candidate for the experimental confirmation of the nonlocal quantum dynamics of
Majorana fermions is the topological Kondo effect, predicted for mesoscopic …

We study multiterminal Majorana and conventional superconducting islands in the vicinity of
the charge degeneracy point using bosonization and the numerical renormalization group …

We show that scattering from the boundary of static, higher-order topological insulators
(HOTIs) can be used to simulate the behavior of (time-periodic) Floquet topological …

We study a Majorana island coupled to a bulk superconductor via a Josephson junction and
to multiple external normal leads. In the absence of the Josephson coupling, the system …

Majorana zero modes are non-Abelian quasiparticles that emerge on the edges of
topological phases of superconductors. Evidence of their presence have been reported in …

We study a one-dimensional chain of 2 N Majorana bound states, which interact through a
local quartic interaction. This model describes for example the edge physics of a quasi-one …

Crystalline systems can be distinguished according to their conduction properties. In the
early 20th century, it became known that these properties are related to the band theory of …

We study a topological superconductor island with spatially separated Majorana modes
coupled to multiple normal metal leads by single electron tunneling in the Coulomb …

Topological phases of matter attract constant attention in the condensed matter physics
community, both due to the fundamental yet simple principles that govern them, and a …