Main Page/Reading Seminar Deformation Theory (Summer 2025): Difference between revisions
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| Line 17: | Line 17: | ||
|Dima | |Dima | ||
|Introduction to Deformation Theory Part II | |Introduction to Deformation Theory Part II | ||
| | |Higher order deformations, deformation theory, deformation of modules, how to view D(k[e]/(e^2)) as a k-vector space via the functor of points | ||
|- | |- | ||
|06/26/2025 | |06/26/2025 | ||
Revision as of 23:35, 19 June 2025
We are meeting online for the summer. (For accessibility reasons, perhaps we should record talks).
Meetings are Thursdays 2pm-3pm on Zoom.
Tentative schedule
| date | speaker | title | topics |
|---|---|---|---|
| 06/12/2025 | Dima | Introduction To Deformation Theory | First order deformations, first order deformations of Grassmannians, and first order deformations of the Hilbert scheme |
| 06/19/2025 | Dima | Introduction to Deformation Theory Part II | Higher order deformations, deformation theory, deformation of modules, how to view D(k[e]/(e^2)) as a k-vector space via the functor of points |
| 06/26/2025 | Dima | ||
References
If you have other suggestions, please share (or just add to this list!).
- Henry Liu's notes for Daniel Litt's course on Deformation Theory
- Artin's Lectures on Deformations of Singularities
- Hartshorne's "Deformation Theory"