GaP quantum dots with higher electroluminescence intensity raise the dR/dT-defined Tc and Jc of B(P)SCCO, while the zero-resistance Tc and the proposed mechanism remain unverified.
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Luminescence-Induced Tunable Superconductivity in BSCCO via GaP Quantum Dots
GaP quantum dots with higher electroluminescence intensity raise the dR/dT-defined Tc and Jc of B(P)SCCO, while the zero-resistance Tc and the proposed mechanism remain unverified.