However,it is the last paragraph that makes the paper unique: “The tragedy of beautiful theories, ” write Chakraverty et al., “is that they are often destroyed by ugly facts. One per...
Their technique works by growing single crystal films of the superconducting compound lanthanum-strontium-copper-oxide (La1.9Sr0.1CuO4) on top of a crystal with a smaller lattice spacing. Because the ...
The Cambridge team studied two heavy fermion compounds: CeIn3 and CePd2Si2. Heavy fermion compounds are materials in which the conduction electrons acquire masses hundreds of times those of free elect...
The barriers found on fault lines are usually regions in which a strong pinning force reduces the movement of the plates. However geologists cannot define the position of these barriers around the fau...
Superconductors lose their unique properties above a critical current density of about 105 A cm-2. The best candidates for high-current applications – silver sheathed tapes of the bismuth-lead-s...
Colin Humphreys, head of materials science at Cambridge University, disclosed his ideas at a symposium on the centenary of the discovery of the electron at Cambridge. He has submitted a paper based on...