Extended Data Fig. 5: Magnetic hysteresis, coercive field and superconducting critical temperature in SC1 in device T3. | Nature

Extended Data Fig. 5: Magnetic hysteresis, coercive field and superconducting critical temperature in SC1 in device T3.

From: Signatures of chiral superconductivity in rhombohedral graphene

Extended Data Fig. 5

a, Rxx as a function of the out-of-plane magnetic field at different ne and D/ε0 = 0.985 V nm−1. The curves are shifted vertically for clarity. The dashed horizontal lines indicate the shift of each curve (which corresponds to zero resistance). Orange and blue arrows indicate the coercive fields, which is defined as the closest-to-zero magnetic field, in which Rxx increases rapidly. b, Colour map of Rxx versus T and ne. c, Summary of the coercive fields and the superconducting Tc at different ne and D/ε0 = 0.985 V nm−1. df, Same as ac but for D/ε0 = 1.015 V nm−1.

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