Squeezed graphene becomes a superconductor
Pressure puts a new twist on magic-angle bilayers
Read article: Squeezed graphene becomes a superconductor
Read article: Squeezed graphene becomes a superconductor
On the road to room-temperature superconductivity
High-pressure lanthanum hydride could have a superconducting transition temperature of 260 K at 180 to 200 GPa say George Washington University researchers
Read article: On the road to room-temperature superconductivity
Could high-pressure hydrides be high-temperature superconductors?
Researchers may have found evidence for a sudden drop in resistivity at 250 K
Read article: Could high-pressure hydrides be high-temperature superconductors?
X-ray scattering reveals plasmons in high-temperature superconductors
Plasmons detected between the atomic planes of a cuprate's crystal structure could help the search for room-temperature superconductors
Read article: X-ray scattering reveals plasmons in high-temperature superconductors
Temperature’s rising
Jon Cartwright looks at how research into high-temperature superconductivity fizzled and then revived
Read article: Temperature’s rising
Static electric field suppresses superconductivity
The London brothers may have been right
Read article: Static electric field suppresses superconductivity
Spin-3/2 superconductor is a first, say physicists
Cooper pairs with high spin spotted in topological semimetal
Read article: Spin-3/2 superconductor is a first, say physicists
Superconductivity spotted in a quasicrystal
Discovery could point towards fractal superconductivity
Read article: Superconductivity spotted in a quasicrystal
‘Magic-angle’ graphene is an unconventional superconductor
Electronic properties can be changed by misaligning two graphene sheets
Read article: ‘Magic-angle’ graphene is an unconventional superconductor
Superconducting quantum computer achieves 10-qubit entanglement
Flash Physics: need-to-know updates from the world of physics
Read article: Superconducting quantum computer achieves 10-qubit entanglement
