In helically twisted trilayer graphene, the superconducting critical temperature scales with the sawtooth compressibility strength as a function of twist angle, with electron-hole asymmetry, while showing no direct link to correlated insulator gaps.
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Link between thermodynamic correlation signatures and superconductivity in twisted trilayer graphene
In helically twisted trilayer graphene, the superconducting critical temperature scales with the sawtooth compressibility strength as a function of twist angle, with electron-hole asymmetry, while showing no direct link to correlated insulator gaps.