New work on a rare odd-parity superconductor advances our understanding of the mechanisms by which superconductivity evolves
Read article: Unconventional superconductor is even odder than expected
Calcium hydride can transform hole-doped Bi2212 into an electron-doped material, opening a new route for studies of high-temperature superconductivity
Read article: Reducing agent controls doping in cuprate superconductor
The material has a superconducting transition temperature of 9.5 K at a pressure of around 15 GPa
Read article: Manganese joins a new family of superconductors
The material is superconducting at temperatures of 215 K and pressures of 172 GPa
Read article: Clathrate superhydride makes new high-temperature superconductor
New superconducting qubit harnesses a nontrivial charge-transport effect to magnify quantum fluctuations
Read article: Pairing of Cooper pairs helps protect qubits against noise
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
