- Sherpa, P;
- Vinograd, I;
- Shi, Y;
- Sreedhar, SA;
- Chaffey, C;
- Kissikov, T;
- Jung, M-C;
- Botana, AS;
- Dioguardi, AP;
- Yamamoto, R;
- Hirata, M;
- Conti, G;
- Nemsak, S;
- Badger, JR;
- Klavins, P;
- Vishik, I;
- Taufour, V;
- Curro, NJ
We present nuclear magnetic (NMR) and quadrupole (NQR) resonance and magnetization data in the normal state of the topological crystalline superconductor LaNiGa2. We find no evidence of significant magnetic fluctuations or enhanced paramagnetism. These results suggest that the time-reversal symmetry breaking previously reported in the superconducting state of this material is not driven by strong electron correlations.
