Criticality in amorphous topological matter: Beyond the universal scaling paradigm
Moein N. Ivaki, Isac Sahlberg, Teemu Ojanen
Abstract
The authors propose a scaling theory of transport of two-dimensional topological insulators in random geometry and study its departure from the theory of topological phase transitions in disordered systems.
Topics & Concepts
ScalingTopological insulatorPhysicsTopology (electrical circuits)Phase transitionCriticalityStatistical physicsCritical phenomenaTheoretical physicsTopological data analysisPhase (matter)Topological entropy in physicsTopological orderAmorphous solidCondensed matter physicsPhase diagramTopological Materials and PhenomenaQuantum and electron transport phenomenaChemical and Physical Properties of Materials