Floating Majorana edge bands in d-wave proximitized quantum anomalous Hall insulators produce quantized thermal conductance that remains stable under disorder and finite temperature.
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cond-mat.mes-hall 2years
2026 2verdicts
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Poor Man's Majorana modes in a two-quantum-dot plus finite superconductor hybrid oscillate in number between zero and two with superconductor length on the scale of one angstrom, and separately localized modes at both ends do not appear.
citing papers explorer
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Robust quantized thermal conductance of Majorana floating edge bands in d-wave superconductors
Floating Majorana edge bands in d-wave proximitized quantum anomalous Hall insulators produce quantized thermal conductance that remains stable under disorder and finite temperature.
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Sensitive dependence of Poor Man's Majorana modes on the length of the superconductor
Poor Man's Majorana modes in a two-quantum-dot plus finite superconductor hybrid oscillate in number between zero and two with superconductor length on the scale of one angstrom, and separately localized modes at both ends do not appear.