Antiferro-quadrupole resonance in CeB6
classification
❄️ cond-mat.str-el
keywords
resonanceantiferro-quadrupoleceb6magneticboundarycausedcavitycorrelated
read the original abstract
We report experimental observation of a new type of magnetic resonance caused by orbital ordering in a strongly correlated electronic system. Cavity measurements performed on CeB6 single crystals in a frequency range 60-100 GHz show that a crossing of the phase boundary TQ(B) between the antiferro-quadrupole and paramagnetic phases gives rise to development at T <TQ(B) of a magnetic resonance. The observed mode is gapless and correspond to g-factor 1.62.
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