Even after nearly 50 years since neutron scattering came up as a bouquet of powerful techniques to unravel structure, magnetism and excitations of solids and liquids, new findings continue to be announced making the neutron a very unique and useful probe. As the flux of neutrons on the samples moved up by nearly four/five orders of magnitude during this period, techniques became powerful to elicit new information. One such technique is Neutron Compton Scattering (NCS), often referred to as 'deep inelastic neutron scattering'.
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