Transport properties Research update Hydrogen sulphide is warmest ever superconductor at 203 K "Holy grail" discovery is first major step for conventional room-temperature superconductivity Read article: Hydrogen sulphide is warmest ever superconductor at 203 K
Superconductivity Research update Physicists create a magnetic wormhole in the lab Spherical device might have very down-to-Earth applications Read article: Physicists create a magnetic wormhole in the lab
Transport properties Opinion and reviews Web life: Journal Club for Condensed Matter Physics The venerable "journal club" concept is thriving in the online environment Read article: Web life: Journal Club for Condensed Matter Physics
Surfaces and interfaces Research update Tiny probe reveals electrical conductance of individual atoms Measurements could boost our understanding of superconductivity Read article: Tiny probe reveals electrical conductance of individual atoms
Superconductivity Research update Fermionic microscope sees first light How to clearly image 1000 individual ultracold atoms in a cloud Read article: Fermionic microscope sees first light
Superconductivity Blog Exploring the expanding world of high-temperature superconductors About 1000 new materials studied in four-year programme to understand this mysterious state of matter
Transport properties Research update Electron pairing without superconductivity seen at long last Tiny transistor reveals electrons marching two by two Read article: Electron pairing without superconductivity seen at long last
Transport properties Research update New state of matter found in crystal made from buckyballs Molecular lattice also harbours unconventional superconductor Read article: New state of matter found in crystal made from buckyballs
Transport properties Research update Secret of record-breaking superconductor explained Conventional electron–phonon superconductivity endures to a temperature of 190 K in hydrogen sulphide Read article: Secret of record-breaking superconductor explained
Transport properties Research update Graphene quantum dots split Cooper pairs Quantum computers could benefit from new source of entangled electrons Read article: Graphene quantum dots split Cooper pairs
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