Read article: New frontiers in superconductivity
New frontiers in superconductivity
Metallic, magnetic and organic materials are making novel superconductors
Read article: New frontiers in superconductivity
Simple superconductor sheds light on its complex cousins
A new electrical technique could help to reveal the workings of high-temperature superconductors
Read article: Quickening pulses probe plasma
Quickening pulses probe plasma
Lasers show that complex `many-body' effects in matter take just femtoseconds to emerge
Bigger buckyballs bolster superconductivity
Physicists double the temperature at which carbon-60 can superconduct
First snapshot of superconductor twisters
Troublesome magnetic vortices can now be anchored by crystal defects
Counting photons in a flash
New photon detector could spot faulty computer parts and aid communication from Mars
Can phonons help explain high-temperature superconductivity?
Phonons may hold the key to the behaviour of the cuprate superconductors
Latest superconductor has an iron constitution
Squeezed iron can conduct electrical current with no resistance
Superconductivity: boron goes it alone
Boron has unusual superconducting qualities under pressure
Organic metal challenges superconductor paradigm
Moreover, the material in question – an organic crystalline solid called lambda-(BETS)2FeCl4 – contains a large concentration of magnetic ions (S Uji et al. 2001 Nature 410 908). The disco...
