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SU(4) Skyrmions and Activation Energy Anomaly in Bilayer Quantum Hall Systems

机译:苏(4)双层量子馆系统中的斯科蒙和激活能量异常

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The SU(4) isospin coherence develops spontaneously in the v = 1 bilayer QH system, where quasiparticles are SU(4) skyrmions. If the tunneling gap is not too large, only pseudospins are excited at the balanced point. It evolves continuously from the pseudospin-skyrmion limit into the spin-skyrmion limit as the system is transformed from the balanced point to the monolayer point by controlling the bias voltage. Our theoretical result explains quite well the experimental data due to Murphy et al. and Terasawa et al. on the activation energy anomaly induced by applying parallel magnetic field.
机译:SU(4)索旋磁石相干性在V = 1双层QH系统中自发地发展,其中Quasiply是Su(4)臭氧。如果隧道间隙不太大,则在平衡点处仅兴奋伪旋流素。它从Pseudospin-Skyrmion限制中连续演变为旋转速度限制,因为通过控制偏置电压从平衡点转换到单层点。我们的理论结果很好地解释了由于Murphy等人而造成的实验数据。和terasawa等。施加平行磁场诱导的激活能量异常。

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