We review theoretical and experimental highlights in transport in two-dimensional
topological materials over the last five years. Topological materials comprise topological …

Promoter elements enhance the activity and selectivity of heterogeneous catalysts. Here, we
show how methanol synthesis from synthesis gas over copper (Cu) nanoparticles is boosted …

In recent years, Majorana physics has attracted considerable attention because of exotic
new phenomena and its prospects for fault-tolerant topological quantum computation. To …

Over the past fifteen years, tremendous efforts have been devoted to realizing topological
superconductivity in realistic materials and systems, predominately propelled by their …

Topological superconductivity is an exotic state of matter that supports Majorana zero-
modes, which have been predicted to occur in the surface states of three-dimensional …

A promising route for creating topological states and excitations is to combine
superconductivity and the quantum Hall (QH) effect. Despite this potential, signatures of …

A clear demonstration of topological superconductivity (TS) and Majorana zero modes
remains one of the major pending goals in the field of topological materials. One common …

Twisted bilayer graphene (t-BLG) has recently been introduced as a rich physical platform
displaying flat electronic bands, strongly correlated states, and unconventional …

Quasiparticle poisoning and diabatic transitions may significantly narrow the window for the
experimental observation of the 4 π-periodic dc Josephson effect predicted for topological …

We consider a Josephson junction hosting a Kramers pair of helical edge states of a
quantum spin Hall bar in contact with a normal-metal probe. In this hybrid system, the orbital …