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Bound states at partial dislocation defects in multipole higher-order topological insulators
Sasha S. Yamada
, Tianhe Li
, Mao Lin
, Christopher W. Peterson
,
Taylor L. Hughes
,
Gaurav Bahl
Physics
Materials Research Laboratory
Mechanical Science and Engineering
Electrical and Computer Engineering
Landuyt Center for Entrepreneurship
Micro and Nanotechnology Laboratory
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Keyphrases
Bound States
100%
Dislocation Defect
100%
Higher-order Topological Insulators
100%
Partial Dislocation
100%
Boundary State
50%
Topological Modes
50%
Circuit-based
25%
Insulating Gap
25%
Topological Insulator
25%
Energy Band
25%
Gapless
25%
Stacking Faults
25%
Sublattice
25%
Insulator
25%
Topological Properties
25%
Translation Symmetry
25%
Resonator Array
25%
Bulk-boundary Correspondence
25%
Fault Dislocation
25%
Topological Materials
25%
Non-topological
25%
Boundary Artifacts
25%
Higher-order Topology
25%
Material Science
Higher-Order Topological Insulator
100%
Electronic Circuit
50%
Resonator
50%
Crystal Defect
50%
Topological Insulator
50%