Title of Experiment
μSR studies of copper-doped superconductor NaFe1-xCuxAs
Spokesperson(s) for Group
Current Members of Group
| Name |
Institution |
Status |
% of research time devoted to experiment |
| S.C. Cheung |
Columbia University |
Student (PhD) |
20% |
| G.M. Luke |
McMaster University |
Professor |
20% |
| Y.J. Uemura |
Columbia University |
Professor |
20% |
| Y. Cai |
McMaster University |
Student (PhD) |
10% |
| B.J. Chen |
Beijing Institute of Physics |
Student (PhD) |
10% |
| B. Frandsen |
Columbia University |
Student (PhD) |
10% |
| A.M. Hallas |
McMaster University |
Student (PhD) |
10% |
| C.Q. Jin |
Beijing Institute of Physics |
Professor |
10% |
| L. Liu |
Columbia University |
Student (PhD) |
10% |
| T. Munsie |
McMaster University |
Student (PhD) |
10% |
| Yayu Wang |
Tsinghua University |
Professor |
10% |
| M.N. Wilson |
McMaster University |
Student (PhD) |
10% |
Abstract
Iron-based high-temperature superconductors have garnered tremendous interest in fundamental science and applied research. Their fascinating properties are inherently tied to the interaction between superconductivity and magnetism in these materials. We propose to perform MuSR measurements on the copper-doped superconductor Na(Fe,Cu)As to examine the intimate relationship between magnetism and superconductivity in this novel material.
Canada's national laboratory for particle and nuclear physics
