Peize Liu
About
I am Peize LIU (刘霈泽, IPA: ljou˧˥ pʰeɪ˥˩ tsɤ˧˥). I am a third-year Ph.D. student supervised by Dr. Chunyi LiLink opens in a new window. Currently I work in algebraic geometry, though I have a wide interest across geometry, category theory, and mathematical physics. Come to my webpageLink opens in a new window for more~
Background
2018–2021 | B.A. in Mathematics | University of Oxford |
2021–2022 | Master of Mathematical & Theoretical Physics |
University of Oxford |
Teaching
2023–2024 | MA3G6 Commutative AlgebraLink opens in a new window | Teaching Assistant |
2023–2024 | MA4J7 Cohomology and Poincaré DualityLink opens in a new window | Teaching Assistant |
2024–2025 | MA3D5 Galois Theory | Teaching Assistant |
(In)active Reading Groups
- I am also thinking about organsing a reading group on Alper's proto-book Stacks and ModuliLink opens in a new window. If you are interested please contact me!
- In Aug 2023, I am organising a reading group on The Geometry of Moduli Spaces of Sheaves by Huybrechts and Lehn. See this page for the information.
Talks and Activities
- In Jan 2023, I gave a talk on the introduction to deformation quantisation and formalityLink opens in a new window in the postgraduate seminarLink opens in a new window of Warwick.
- In Nov 2022, I gave a talk about descent for quasi-coherent sheavesLink opens in a new window in a reading group on descent theoryLink opens in a new window.
- In the summer of 2022, my friends and I organised a reading group on homological mirror symmetryLink opens in a new window. I gave an introductory talk, a string-theoretic introduction to mirror symmetryLink opens in a new window, a talk on A-infinity algebrasLink opens in a new window, and several talks on the derived category of coherent sheavesLink opens in a new window.
Writings
- Ph.D. first-year report: Fano 3-Folds of Picard Rank 1: Classification & Semi-Orthogonal DecompositionsLink opens in a new window
- Master's dissertation: Deformation Quantisation via Kontsevich's Formality TheoremLink opens in a new window (supervised by Prof. Christopher Beem)
- Undergraduate lecture notes:
- Algebraic SurfacesLink opens in a new window
- Algebraic CurvesLink opens in a new window
- Linear Functional AnalysisLink opens in a new window
- Undergraduate Algebra (Rings and Modules)Link opens in a new window
- Representation Theory of Finite GroupsLink opens in a new window (in Chinese)
- Complex AnalysisLink opens in a new window
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