Flows and Oscillations in Solar Coronal Prominences

为了了解日冕中波流相互作用的性质及其在全球日冕和近地空间天气以及星际空间演变中的作用。为了完成这项研究项目，需要将数学、物理和数据科学的几个领域结合起来。这项研究的背景将建立在对天体物理过程的理解的坚实基础上。对发生在太阳上的过程及其背后的相关数学理论(如矢量微积分和流体动力学)的广泛知识将是关键。在整个研究过程中，将重点放在计算和机器学习上，我的目标是在处理数据和进行模拟时使用最新的软件。

To comprehend the nature of wave-flow interactions in Solar prominences and their role in the evolution of the global corona and space weather near Earth, as well as interplanetary space.To complete this research project, several areas of mathematics, physics and data science will need to be incorporated. The background of the research will be built on a strong basis of understanding regarding astrophysical processes. An extensive knowledge in the processes that occur on the sun and the relevant mathematical theory behind them (such as vector calculus and fluid dynamics) will be key. There will be a notable emphasis on computing and machine learning throughout the duration of the research, where I will be aiming to make use of the latest software when working with data and performing simulations.