We propose a scheme to realize rotation sensing through the use of optical lattices with laser-assisted tunneling. We theoretically demonstrate that competition between the rotation and the spin-orbit coupling governs the spin-dependent response of the cyclotron dynamics of the spin-orbit coupled bosons. The Sagnac-type cumulative phase can be read out from the envelope of a beat-frequency time evolution of the population imbalance in the spin-balanced system and enhanced by cyclotron motion. We also theoretically show that the sensitivity limit of the spin-orbit-coupled system to rotational motion can reach 4 x 10(-7) rads(-1)Hz(-1/2). Copyright (C) EPLA, 2016
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机译：我们提出了一种通过使用带有激光辅助隧穿的光学晶格来实现旋转感测的方案。我们从理论上证明，旋转和自旋轨道耦合之间的竞争控制着自旋轨道耦合玻色子的回旋加速器动力学的自旋依赖性响应。 Sagnac型累积相位可以从自旋平衡系统中总体不平衡的拍频时间演变的包络中读出，并通过回旋加速器运动来增强。我们还从理论上表明，自旋轨道耦合系统对旋转运动的灵敏度极限可以达到4 x 10（-7）rads（-1）Hz（-1/2）。版权（C）EPLA，2016年
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