Experimental evidence for half-quantized chiral edge current in a C=1/2 parity anomaly state realized in an asymmetric magnetic topological insulator trilayer.
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UNVERDICTED 3representative citing papers
Toroidal electromagnetic pulses generate space-time localized pseudoscalar axion fields through regions of non-zero E·B in axion electrodynamics.
Step-dependent quantum walks on odd and even cyclic graphs produce gapped and gapless topological phases, rotationally symmetric flat bands in 4n-site graphs, and robust edge states at phase interfaces.
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Evidence for Half-Quantized Chiral Edge Current in a C = 1/2 Parity Anomaly State
Experimental evidence for half-quantized chiral edge current in a C=1/2 parity anomaly state realized in an asymmetric magnetic topological insulator trilayer.
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Scalar axion field of toroidal electromagnetic pulses
Toroidal electromagnetic pulses generate space-time localized pseudoscalar axion fields through regions of non-zero E·B in axion electrodynamics.
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Quantum walks reveal topological flat bands, robust edge states and topological phase transitions in cyclic graphs
Step-dependent quantum walks on odd and even cyclic graphs produce gapped and gapless topological phases, rotationally symmetric flat bands in 4n-site graphs, and robust edge states at phase interfaces.