The Flumen of Hidden Order: Resolving Competing Phases in Moiré Heterostructures
Moiré heterostructures have become a playground for competing electronic phases. In a single device of twisted bilayer graphene, one can find supercon...
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Moiré heterostructures have become a playground for competing electronic phases. In a single device of twisted bilayer graphene, one can find supercon...
Topological order in crystalline systems is well charted, but real materials are rarely perfect. Disordered lattices—amorphous networks, heavily doped...
Twisted bilayer graphene (TBG) at small twist angles exhibits a dazzling array of correlated and topological phases. For researchers already comfortab...
For researchers probing the elusive many-body localized phase, quantum quench dynamics have become the tool of choice. Unlike static probes that strug...
Introduction: Beyond the Clean Limit—Disorder as a Designer MaterialFor practitioners deeply familiar with topological insulators and quantum Ha...