Fig. 3 Correlation between magnetoresistance and emergence of superconductivity. Correlation between magnetoresistance and emergence of superconductivity.

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Fig. 3 Correlation between magnetoresistance and emergence of superconductivity. Correlation between magnetoresistance and emergence of superconductivity. (A) SC and magnetic volume fractions as a function of Ce concentration. The former was obtained from magnetization data at 2 K, whereas the latter was obtained from μSR measurements at 40 K. As a result of doping the CuO2 planes with electrons, the magnetic volume fraction has decreased to VM ≈ 0.82 at x ≈ 0.12. Dashed and solid lines are guides to the eye. Shaded area indicates the doping range of the two-band FS. Data adopted from (22). (B) Normalized MR coefficient b2 (b2 normalized to 1 for samples with x ≈ 0.15) as a function of Ce concentration. The symbol labels are the same as in (D). (C) Coefficients b2 and DMR for as-grown non-SC and reduced SC NCCO with x = 0.170. (D) MR normalized by SC volume fraction, shown as b2/VSC for samples measured in the present work and as MR/(H2VSC) for previous results. Orange diamonds: present work for NCCO; gray triangles (51) and green circles (30), NCCO films; purple squares, PCCO films (27). All the MR data in this figure were taken at T ≈ 50 K. The full symbols indicate samples for which VSC ≈ 1 is estimated. The half symbols signify samples in the mixed phase. Error bars show estimated 1 SD. Yangmu Li et al. Sci Adv 2019;5:eaap7349 Copyright © 2019 The Authors, some rights reserved; exclusive licensee American Association for the Advancement of Science. No claim to original U.S. Government Works. Distributed under a Creative Commons Attribution NonCommercial License 4.0 (CC BY-NC).