The neutron spectrometer used in this study. Credit: EPFL/PSI
Many physical phenomena can be modeled with relatively simple math. But, in the quantum world there are a vast number of intriguing phenomena that emerge from the interactions of multiple particles – “many bodies” – which are notoriously difficult to model and simulate, even with powerful computers. Examples of quantum many body states with no classical analogue include superconductivity, superfluids, Bose-Einstein condensation,quark-gluon plasmas etc. As a result, many “quantum many-body” models remain theoretical, with little experimental backing...
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