Validation of Wiedemann–Franz law in cuprates has implications for electron transport in strongly correlated materials
Read article: 170-year-old physical law unexpectedly holds true in high-temperature superconductors
The material's electronic structure contains flat bands and offers a new platform for studying strongly correlated quantum materials
Read article: Crystalline material traps electrons in 3D
Discovery could advance spintronics devices
Read article: Superconducting electrode controls spin waves in a magnet
Researchers push transition element's critical temperature to 30 K at ultrahigh pressures, breaking their previous record for the same material
Read article: Scandium breaks temperature record for elemental superconductors
Effect is transient but the right light source could make it last longer, say researchers
Read article: Terahertz laser induces room-temperature superconducting phase in a fullerene compound
Broadband camera is also efficient and fast
Read article: New superconducting nanowire single-photon detector has 400,000 pixels
A zero-dimensional electride state, not "excess" electrons, is responsible for superconductivity in aluminium hydride
Read article: Two-dimensional electride material makes a promising superconductor
Catherine Foley is a solid-state physicist who is currently the chief scientist of Australia
Read article: Ask me anything: Cathy Foley – ‘I have lots of balls in the air on multiple projects’
In this podcast we also talk about Australia’s national quantum strategy
Read article: LK-99: meet a materials scientist who put the room-temperature superconductivity claim to the test
Independent groups find no evidence for room-temperature, ambient-pressure superconductivity in a modified form of lead apatite
Read article: ‘Room-temperature superconductor’ LK-99 fails replication tests
