Perfectoid Spaces (Summer 2019)

Instructor
Daniel Gulotta
Location and time
Monday and Thursday 12pm-1pm in room C3, with some make-up sessions Tuesday 12pm-1pm; see below.
Prerequisites
I will assume some familiarity with p-adic numbers and with algebraic geometry.

References

Main references:

Additional references for the local Langlands part of the last lecture:

Schedule of lectures

Date Topic References
29 Apr Motivation, Huber rings, continuous valuations [W] 1.1-1.5, 1.7, [SW1] 2
2 May Adic spaces [W] 1.6, 1.8, [SW1] 2-3
6 May Adic spaces [W] 1.8, [SW1] 3-4, 5.2
9 May Adic spaces, perfectoid rings, tilting [SW1] 4.4, 6
20 May Tilting and untilting, sousperfectoid spaces [SW1] 6
21 May* Perfectoid spaces, almost mathematics, untilts [SW1] 7, [W] 2.4
23 May Pro-étale site, diamonds [W] 3.2-3.4, [SW1] 8
27 May Analytic adic spaces and diamonds [W] 3.4-3.5 [SW1] 9-10.1
28 May* Examples of diamonds [W] 4.5, [SW1] 10.2
30 May Fargues-Fontaine curve [SW1] 11.2-11.3, 13.5 [W] 2.5, 4.2
10 Jun Banach-Colmez spaces, p-divisible groups [SW1] 15.2, [W] 4.4, [SW2] 4.1
11 Jun* p-divisible groups and vector bundles on the curve [W] 2.6-2.7, [SW1] 15.2, [SW2] 5.1
14 Jun Classification of p-divisible groups, Rapoport-Zink spaces [SW2] 5.2, 6.1
17 Jun Rapoport-Zink spaces [SW2] 6.1-6.4, [SW1] 24.2
18 Jun* Period maps [SW2] 6.1, 7.1 [SW1] 24.1-24.2
20 Jun Duality of Rapoport-Zink spaces, local Langlands [SW2] 6.5, 7.2, [SW1] 24.3

*Location changes (time is still 12pm-1pm):