“…Essentially, the KZM is a statement about the breakdown of the adiabatic dynamics across a critical point. As such, it provides useful heuristics for the preparation of ground-state phases of matter in the laboratory, e.g., in quantum simulation and adiabatic quantum computation [10]. It has spurred a wide variety of experimental efforts in superfluid Helium [11,12,13], liquid crystals [14,15], convective fluids [16,17], superconducting rings [18,19,20], trapped-ions [21,22,23], colloids [24], and ultracold atoms [25,26,27,28,29], to name some relevant examples.…”