AI 中文总结
本研究基于耗散工程方法，通过相位依赖的声子跳变相互作用，在腔光力学中实现两机械模式纠缠猫态与稳态纠缠的产生，为多模非高斯态制备提供可行方案。
AI 中文摘要
我们研究一种耗散工程方法，以产生包含两个模式的相位依赖集体模式薛定谔猫态。我们的模型具有单个腔模式，其与两个光谱相同的机械振子相互作用，两个振子通过相位依赖的跳变相互作用耦合。我们证明，通过调整声子跳变相互作用的相位，可以在生成相位依赖的双模猫态过程中控制其二体纠缠。此外，我们的研究表明，即使存在环境效应和热激发，声子相互作用也可作为可调参数，实现对裸机械模式间稳态纠缠的操控。我们的方案为制备相位依赖的多模非高斯态提供了一种可行方法。
英文摘要
We investigate a dissipation-engineering approach to produce a phase-dependent collective-mode Schrödinger cat state involving two modes. Our model features a single cavity mode that interacts with two spectrally identical mechanical oscillators. Both oscillators are coupled through a phase-dependent hopping interaction. We demonstrate that by adjusting the phase of the phonon-hopping interaction, one can control the bipartite entanglement of the phase-dependent two-mode cat state during its generation. Additionally, our study reveals that phonon interactions act as a tunable parameter, enabling the manipulation of steady-state entanglement between the bare mechanical modes, even in the presence of environmental effects and thermal excitations. Our scheme provides a feasible approach for the phase-dependent multi mode non-Gaussian states preparation.
Comments10 pages, 6 figures
