Possible Intermediate Quantum Spin Liquid Phase in -RuCl under High Magnetic Fields up to 100 T
arXiv:2201.04597 · doi:10.1038/s41467-023-41232-7
Abstract
Pursuing the exotic quantum spin liquid (QSL) state in the Kitaev material -RuCl has intrigued great research interest recently. A fascinating question is on the possible existence of field-induced QSL phase in this compound. Here we perform a high-field measurement of the magnetization process of -RuCl up to 102 T employing the non-destructive and destructive pulsed magnets. Under the out-of-plane field along the c axis (i.e., perpendicular to the honeycomb plane), two quantum phase transitions are uncovered at respectively 36 T and about 83 T, between which there lies an intermediate phase as the predicted QSL. By measuring the magnetization data with fields tilted from the c axis up to (i.e., in-plane direction), we obtain the field-angle phase diagram that contains the zigzag, paramagnetic, and QSL phases. Based on the accurate --- model of -RuCl, we perform density matrix renormalization group simulations and reproduce the quantum phase diagram in excellent agreement with experiments.
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