
This paper investigates the conditions under which a topological phase transition can occur in decorated lattices, even when time-reversal symmetry is broken by a magnetic field, highlighting the role of chiral symmetry in protecting edge states.


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topological-phase-transition-in-decorated-lattices-and-its-stability-in-the-presence-of-a-magnetic-field


Topological Phase Transition in Decorated Lattices and its Stability in the Presence of a Magnetic Field


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Increasing structural disorder in two-dimensional BixSb1-x alloys can induce a transition from a trivial to a topological insulator state at low disorder, and a subsequent transition to a metallic state at high disorder.


amorphization-induced-topological-and-insulator-metal-transitions-in-two-dimensional-bi-sub-x-sub-sb-sub-1-x-sub-alloys-a-tight-binding-and-machine-learning-study


Amorphization-Induced Topological and Insulator-Metal Transitions in Two-Dimensional BixSb1-x Alloys: A Tight-Binding and Machine Learning Study



Laterally grown heterostructures of Bi(110) and CrTe2 exhibit robust topological interface states, potentially paving the way for high-density, non-dissipative device applications.


robust-topological-interface-states-observed-in-a-laterally-grown-magnetic-topological-heterostructure-composed-of-bi-110-and-crte2


Robust Topological Interface States Observed in a Laterally Grown Magnetic-Topological Heterostructure Composed of Bi(110) and CrTe2
