AI 中文总结
本文研究人工反馈自旋微波激射器的非线性动力学，将反馈场极性和几何构型作为控制参数，发现周期、准周期及混沌振荡，并在特定参数区观察到类时间晶体效应，提供了新视角。
AI 中文摘要
人工反馈自旋微波激射器展现出丰富的非线性动力学，然而，用于理解和控制其行为的系统框架仍然难以捉摸。在本文中，我们将反馈场的极性和几何构型视为研究自旋微波激射器非线性动力学的重要控制参数。通过协同调节反馈场的强度和相位延迟，我们研究了不同反馈场构型下的自旋动力学。发现了周期、准周期和混沌自旋振荡。特别地，在特定参数区域内出现了一种类似于时间晶体效应的独特自旋振荡模式。这项工作为理解包括时间晶体在内的自旋微波激射器的非线性动力学提供了一个不同的视角。
英文摘要
Artificial feedback spin masers exhibit rich nonlinear dynamics, yet a systematic framework for understanding and controlling their behaviors remains elusive. In this paper, we consider the polarity and geometric configuration of the feedback field as important control parameters for studying the nonlinear dynamics of spin masers. By cooperatively tuning the strength and phase delay of feedback field, we investigate the spin dynamics at various configurations of the feedback field. Periodic, quasiperiodic and chaotic spin oscillations are uncovered. Specifically, a unique spin oscillation mode akin to the time crystal effects emerges within a certain parameter regime. This work presents a different viewpoint understanding the nonlinear dynamics of spin masers including the time crystal.
Comments6 pages, 4 figures
