AI 中文总结
研究旋转壳状超流体中全息涡旋的形成，通过线性微扰分析在相图中识别不稳定相，借助完全非线性数值模拟表明不稳定模式会使系统形成具确定缠绕数的涡旋 - 反涡旋构型。
AI 中文摘要
我们研究了在球面几何上受外部旋转影响的全息超流体动力学。通过线性微扰分析，我们在相图中识别出几个动态不稳定相，每个相都由不同的不稳定模式表征。利用完全非线性数值模拟，我们进一步证明这些不稳定模式通常会将系统驱动到具有确定缠绕数的涡旋 - 反涡旋构型，这由相应不稳定模式的对称性决定。
英文摘要
We investigate the holographic superfluid dynamics subjected to external rotation on a spherical geometry. Through a linear perturbation analysis, we identify several dynamically unstable phases in the phase diagram, each characterized by distinct unstable modes. Employing fully nonlinear numerical simulations, we further demonstrate that these unstable modes generically drive the system into vortex-antivortex configurations with definite winding numbers, determined by the symmetry of the corresponding unstable modes.
Comments21 pages,9 figures,some sentences corrected,some clarifications made,version to appear in JHEP
Journal refJHEP09(2026)198
