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First- and Second-Order Electron Position Correlators Reveal Topological Phase Transitions
disordered-systems-and-neural-networksmaterials-sciencemesoscale-and-nanoscale-physicsstatistical-mechanics
The theory of conventional critical phenomena is built around the concepts of fluctuations and correlators of local observables. Here, we show that topological phase transitions can also be characterized through spatial and temporal two-point correlation functions associated with fluctuations of the
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