规范理论进阶:Higgs丛的数学与物理
Advanced topics in gauge theory: mathematics and physics of Higgs bundles
AI总结:
本文介绍了Higgs丛的数学与物理,涵盖Higgs丛性质、Hitchin纤维、模空间子空间及其对应关系。
摘要:
这些笔记是作者在Park City Mathematics Institute - Institute for Advanced Study举行的2019年研究生暑期学校上的迷你课程的讲义材料。我们首先介绍Higgs丛及其主要性质(第一讲),然后讨论 Hitchin 纤维及其不同用途(第二讲)。课程后半部分致力于研究复杂Higgs丛模空间的不同子空间(膜)及其以平坦连接和表示出现的方式(第三讲),以及它们之间的对应关系(第四讲)。
英文摘要:
These notes have been prepared as reading material for the mini-course given by the author at the "2019 Graduate Summer School" at Park City Mathematics Institute - Institute for Advanced Study. We begin by introducing Higgs bundles and their main properties (Lecture 1), and then we discuss the Hitchin fibration and its different uses (Lecture 2). The second half of the course is dedicated to studying different types of subspaces (branes) of the moduli space of complex Higgs bundles, their appearances in terms of flat connections and representations (Lecture 3), as well as correspondences between them (Lecture 4).
机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。