Read article: Manganese joins a new family of superconductors
Manganese joins a new family of superconductors
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
Read article: Clathrate superhydride makes new high-temperature superconductor
Clathrate superhydride makes new high-temperature superconductor
The material is superconducting at temperatures of 215 K and pressures of 172 GPa
Read article: Pairing of Cooper pairs helps protect qubits against noise
Pairing of Cooper pairs helps protect qubits against noise
New superconducting qubit harnesses a nontrivial charge-transport effect to magnify quantum fluctuations
Read article: Ultrathin nanowires could be a boon for error-resistant quantum computing
Ultrathin nanowires could be a boon for error-resistant quantum computing
Structures may host Majorana zero modes, the core ingredient of topological qubits
Read article: Nanoparticle ‘tracers’ reveal quantized vortices in superfluid helium
Nanoparticle ‘tracers’ reveal quantized vortices in superfluid helium
New work could improve our understanding of superfluids and shed more light on turbulence
Read article: Simple superconducting circuit emits multiple photons
Simple superconducting circuit emits multiple photons
Chip-based device could useful as a quantum technology
Read article: Scientists unveil Josephson diode
Scientists unveil Josephson diode
Superconducting device exhibits one-way resistance-free current flow without a magnetic field
Read article: Anomalous Josephson effect appears in a topological insulator
Anomalous Josephson effect appears in a topological insulator
New observations could aid the development of topological quantum computers
Read article: Transient superconducting states could have practical applications, say physicists
Transient superconducting states could have practical applications, say physicists
Light-induced non-equilibrium states share fundamental physics with materials at equilibrium
Read article: Electromagnetic cavity could enhance high-temperature superconductors
Electromagnetic cavity could enhance high-temperature superconductors
Researchers propose possible new way to increase transition temperatures in cuprate compounds
