Structures may host Majorana zero modes, the core ingredient of topological qubits
Read article: Ultrathin nanowires could be a boon for error-resistant quantum computing
New work could improve our understanding of superfluids and shed more light on turbulence
Read article: Nanoparticle ‘tracers’ reveal quantized vortices in superfluid helium
Chip-based device could useful as a quantum technology
Read article: Simple superconducting circuit emits multiple photons
Superconducting device exhibits one-way resistance-free current flow without a magnetic field
Read article: Scientists unveil Josephson diode
New observations could aid the development of topological quantum computers
Read article: Anomalous Josephson effect appears in a topological insulator
Light-induced non-equilibrium states share fundamental physics with materials at equilibrium
Read article: Transient superconducting states could have practical applications, say physicists
Researchers propose possible new way to increase transition temperatures in cuprate compounds
Read article: Electromagnetic cavity could enhance high-temperature superconductors
Researchers identify signature of a new electronic phase in a correlated kagome superconductor
Read article: Loopy currents appear in a kagome superlattice
New finding could shed fresh light on high-temperature superconductors
Read article: Elusive superconducting-transition signature seen for the first time
Theoretical work sheds light on the origins of unconventional superconductivity in 2D carbon
Read article: New explanation emerges for robust superconductivity in three-layer graphene
