Tokyo / Magnetotransport / Qu´ebec / Toronto / London / /
Company
Cambridge University Press / V. CONCLUSION LDA / HP / /
Country
Japan / Canada / United Kingdom / / /
Facility
University of Tokyo / Iowa State University / Canadian Institute / /
IndustryTerm
heavy-fermion systems / multiband systems / latter / final product / electron systems / low carrier concentrations / non-f systems / chemical composition / heavy-fermion metal / heavy fermion systems / Chemical substitution / /
MusicGroup
Drude / /
OperatingSystem
Fermi / /
Organization
Cambridge University / Cryogenic Research Center / Federal Communications Commission / University of Tokyo / Iowa State University / Canadian Institute for Advanced Research / /
Person
E. Yamamoto / F. F. Tafti / E. Felder / A. Lacerda / Z. Fisk / M. F. Hundley / H. R. Ott / T. D. Matsuda / E. Peterson / C. L. Seaman / T. Takeuchi / W. P. Beyermann / Y. Haga / Such / Nat / R. Settai / Y. Onuki / P. Visani / M. A. Lopez de la Torre / M. B. Maple / E. Mun / /
Position
Canada Research Chair / candidate for 3D topological superconductivity / /
PHYSICAL REVIEW B 87, [removed]Superconductivity in the noncentrosymmetric half-Heusler compound LuPtBi: A candidate for topological superconductivity F. F. Tafti,1,* Takenori Fujii,2 A. Juneau-Fecteau,1 S. Ren´e