HIGHLIGHTS
SUMMARY
In recent decades not only has entanglement been observed both at the microscopic level and in "semi-macroscopic" objects (even at room temperature ), but remarkably also superposition states became fundamental to describe not only atomiclevel observations but also large atom complexes, for which they observed "cat" states, i.e., states where the center of mass (COM) displayed spatial dispersion or interference patterns. The authors consider wave-mechanical configurations for simple spin models with the goal of constructing Gibbs statistical ensembles of magnets containing all the states of the Hilbert space of quantum mechanics. Rather . . .
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