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For edge 2, Rashba SOC causes a counterclockwise rotation of the spin by an angle θ2, as shown Fig

The corresponding eigenstates are |n⟩ = sin θ2 2 | ↑⟩+ cos θ2 2 | ↓⟩, | −n⟩ = cos θ2 2 | ↑⟩ −sin θ2 2 | ↓⟩, with spins pointing to n = (sin θ2, 0, − cos θ2), −n, respectively

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Manipulation of helical states revealed by crossed Andreev reflection

cond-mat.mes-hall · 2024-11-26 · conditional · novelty 5.0

The paper predicts that the non-local conductance of a superconductor-coupled quantum spin Hall junction is proportional to minus cosine of the Rashba-induced relative spin rotation angle, enabling electrical measurement of edge spin control.

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  • Manipulation of helical states revealed by crossed Andreev reflection cond-mat.mes-hall · 2024-11-26 · conditional · none · ref 2

    The paper predicts that the non-local conductance of a superconductor-coupled quantum spin Hall junction is proportional to minus cosine of the Rashba-induced relative spin rotation angle, enabling electrical measurement of edge spin control.