Nanotubes are the new superconductors
Carbon nanotubes add resistance-free current flow to their repertoire
New superconductor gets ready for applications
Magnesium diboride gears up for the real world following a rash of technical breakthroughs
The magnetic mysteries of atom clusters
Small groups of atoms can add unusual magnetic effects to their peculiar thermal properties
Read article: New metallic superconductor makes an immediate impact
New metallic superconductor makes an immediate impact
Superconductivity – the complete loss of electrical resistance in certain metals when cooled to low temperatures – continues to hold surprises. Hot on the heels of the discovery of charge-...
Read article: Physicists create first superconducting polymer
Physicists create first superconducting polymer
Plastic superconductor could pave the way for mass production
Exciting times for superconductors
Current flow in the new metallic superconductor could be explained by an old theory
Metal superconductors reach new high
Magnesium diboride surprises scientists with its high transition temperature
Twisters turn up the current in superconductors
Vortices in resistance-free current flow could explain a strange current effect
Superconductivity: it’s in the genes
The very stuff we're made of can act as a superconductor
Superconducting tape promises more efficient energy
Researchers at the laboratory first created a superconducting tape five years ago. They used a process known as Ion Beam Assisted Deposition (IBAD) to create a film of the ceramic superconductor yttri...
