This single crystal, inelastic neutron scattering work, carried out from 2008 to 2012, was among the first to fully characterize a four dimensional data set of S (Q, E)(three Q dimensions, one energy dimension) to fit the high magnetic field spin excitation spectrum to linear
spin wave theory.
Not exact matches
«Quantum
spin could create unstoppable, one - dimensional electron
waves: New
theory points the way forward to transform atom - thin materials into powerful conductors.»
A recently discovered
theory shows that the ordering temperature depends on two factors - namely the
spin -
wave velocity and the staggered magnetisation.
The latest signal from the gravitational
wave detector backs up Einstein's
theory of general relativity and gives more clues on how black holes get their
spin