Theory of Spintronics

自旋电子学理论

• 批准号: 2883148
• 金额: --
• 依托单位: The Open University
• 依托单位国家: 英国
• 项目类别: Studentship
• 财政年份: 2023
• 资助国家: 英国
• 起止时间: 2023 至 无数据
• 项目状态: 未结题
• 来源: https://gtr.ukri.org/projects?ref=studentship-2883148
• 关键词: Theory; Spintronics

I completed the Calculus of Variations (M820) and Analytic Number Theory (M823) modules in the year of 2021, each to a level of Distinction. In 2022, I achieved a level of Distinction in both Advanced Mathematical Methods with Maple (M833)and Nonlinear Ordinary Differential Equations (M821). I am on track to maintain this standard in my modules of study this year, namely Galois Theory (M838), and the Dissertation in Mathematics (M840). Beyond the MSc, my intention is to undertake a research path - even obtaining a PhD - in a mathematically-related field.Last summer, I was offered a bursary by The Open University to work on a project with Dr Ben Mestel - 'Building a Suite of Routines for Computer-Assisted Proofs in Area-Preserving Twist Maps'. I was delighted to be accepted onto the programme, and after assimilating myself with the programming language Julia, as well as understanding the required theory, I began work on the program. It soon became clear to me this was work I enjoyed, despite the challenges, which were numerous. I enjoyed writing code involving high-level mathematics and solving the various problems we faced together. I prepared and presented a summary of the work carried out to members of the School of Mathematics and Statistics at The Open University. Dr Mestel was pleased with the work, which we are hoping to publish in the near future. When I expressed my interest to pursue a research path, Dr Mestel suggested that I should pursue a PhD, stating that I asked good questions, and that I possessed the necessary attributes to succeed on such a programme.The opportunity to undertake work contributing to the MRAM technology is extremely exciting. I am inspired by what Dr Andrey Umerski has achieved in his work on the theory of tunnelling magnetoresistance and its applications to hard disk technology, revolutionising an important everyday piece of engineering. As a creative person, I believe that I could make a valuable contribution to this emerging technological field. I am keen to learn more about "interlayer exchange coupling" in "out-of-equilibrium systems" and having increased my knowledge in applied mathematics and computing during my studies on the MSc, I would welcome the opportunity to apply these skills.

我在2021年完成了变分法（M820）和解析数论（M823）模块，每个模块都达到了一个优秀的水平。在2022年，我在高级数学方法与Maple（M833）和非线性常微分方程（M821）中取得了一定的成绩。我在轨道上保持这一标准，在我的学习模块，今年，即伽罗瓦理论（M838），在数学论文（M840）。除了硕士学位，我的目标是在计算机相关领域进行研究-甚至获得博士学位。去年夏天，开放大学提供了一个奖学金，让我与Ben Mestel博士合作一个项目-“在面积保持扭曲地图中构建一套计算机辅助证明工具”。我很高兴被接受到该计划，并与编程语言朱莉娅同化后，以及理解所需的理论，我开始在程序上的工作。我很快就明白了，这是我喜欢的工作，尽管有很多挑战。我喜欢编写涉及高级数学的代码，并解决我们共同面临的各种问题。我编写并提交了一份工作总结，提交给开放大学数学与统计学院的成员。Mestel博士对这项工作很满意，我们希望在不久的将来发表这项工作。当我表示有兴趣从事研究时，Mestel博士建议我应该攻读博士学位，他说我提出了很好的问题，并且我拥有在这样一个项目中取得成功的必要属性。有机会从事对MRAM技术有贡献的工作是非常令人兴奋的。我的灵感来自于安德烈·乌默斯基博士在隧道磁阻理论及其在硬盘技术中的应用方面所取得的成就，这是一项重要的日常工程。作为一个有创造力的人，我相信我可以为这个新兴的技术领域做出有价值的贡献。我热衷于学习更多关于“层间交换耦合”在“不平衡系统”，并增加了我的应用数学和计算在我的硕士研究期间的知识，我希望有机会应用这些技能。