Abstract
We apply an alternating-field (af) magnetoresistance technique to investigate the temperature–field (T–H) phase diagram of the bilayer ruthenate Sr3Ru2O7 in close vicinity of the metamagnetic quantum critical end point. The out-of-phase component of the af magnetoresistance is extremely sensitive to hysteresis effects. Clear peaks are observed when entering the bounded regime at low temperatures. They mark two separate first-order phase transitions ending at 0.7 and 0.45K, respectively. No indication for hysteresis is observed inside the bounded regime.
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