Speaker
David TAM
(Institut Laue-Langevin)
Description
We use IN5 and WASP to characterize the magnetic ground state of single crystal SmI$_3$, a 2D honeycomb magnet proposed as a possible f-electron Kitaev system. The ground state is established as a ferromagnetic correlated quantum spin liquid, however, both of these experiments identify low energy scattering at positions away from the zone center. Our work demonstrates the applicability of combining techniques from these complimentary instruments as a crucial step in measuring the spin liquid continuum scattering in a low-moment system.
| Session | Magnetism |
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Primary authors
David TAM
(Institut Laue-Langevin)
Oystein FJELLVAG
(institute for Energy Technology)
