Condensed-Matter Physics & Materials Science Seminar
"Interplay of structure, magnetism and superconductivity in the 112 Fe based superconducting family"
Presented by Ni Ni, UCLA
Thursday, September 15, 2016, 1:30 pm — Seminar Room, 2nd Fl, ISB Bldg. 734
Both cuprates and Fe-based superconductors, the two known high Tc superconducting families, show rich emergent phenomena near the superconductivity (SC). To understand the mechanism of unconventional SC, it is crucial to unravel the nature of these emergent orders. The 112 Fe pnictide superconductor (FPS), Ca1−xRExFeAs2 (CaRE112), shows SC up to 42 K, the highest bulk Tc among all nonoxide FPS. Being an exceptional FPS where the global C4 rotational symmetry is broken even at room temperature, it is important to extract the similarities and di?erences between 112 and other FPS so that critical ingredients in inducing SC in FPS can be ?ltered. In this talk, I will review current progress in the study of 112. The comparison between Co doped CaLa112 and Co doped 10-3-8 will be made and the importance of interlayer coupling will be discussed.
Hosted by: Robert Konik
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