• Chuyu Zhou, K-stability of Fano Varieties – Various Viewpoints

    B236-1 IBS, Korea, Republic of
    Complex Geometry Seminar

        Speaker Chuyu Zhou Yonsei University We will present various criterion for K-stability for Fano varieties, including viewpoints from test configurations, valuations, and filtrations.

  • Chuyu Zhou, Moduli for Fano Varieties with K-stability

    B236-1 IBS, Korea, Republic of
    Complex Geometry Seminar

        Speaker Chuyu Zhou Yonsei University We will present the construction of moduli space of Fano varieties with K-stability, including defining the moduli functor, showing various good properties of the functor, and introducing Alper-Halpern Leistner-Heinloth criterion for the existence of good moduli space.

  • Chuyu Zhou, Wall Crossing for K-stability

    B236-1 IBS, Korea, Republic of
    Complex Geometry Seminar

        Speaker Chuyu Zhou Yonsei University We will introduce a novel characteristic of K-stability, i.e. wall crossing phenomenon, and present a comparison between K-stability and GIT-stability. Time permitting, we will survey some open problems.

  • Chuyu Zhou, Lecture 1: Constructible Properties of Various Domains for a Family of Couples

    B236-1 IBS, Korea, Republic of
    Complex Geometry Seminar

        Speaker Chuyu Zhou Yonsei University In this lecture, I will recall some basic knowledge on K-stability and some background on wall crossing in proportional setting. Then we plan to conduct a comparison between proportional case and non-proportional case. Under the comparison, we will define several domains associated to a family of couples and

  • Chuyu Zhou, Lecture 2: Non-linear Wall Crossing Theory

    B236-1 IBS, Korea, Republic of
    Complex Geometry Seminar

        Speaker Chuyu Zhou Yonsei University In this lecture, we will talk about two properties of K-semistable domains in non-proportional setting. One is the finiteness criterion, which states that the number of domains is finite for a family of couples. The other is about the shape of each domain, which states that they are