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1
Intro
2
starting point
3
symplectic toric manifolds
4
smooth polytopes
5
integrality
6
how does the Delzant construction work?
7
examples
8
simple rational convex polytopes
9
general simple convex polytopes
10
generalized Delzant construction
11
quasilattice
12
quasirationality
13
quasitorus
14
symplectic toric quasifolds
15
important remark
16
the quasisphere
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the chart around the point S
18
transition
19
the Penrose kite (Battaglia-P. 2010)
20
the complex case (Battaglia-P. 2001)
21
symplectic reduction (Battaglia-P. 2019)
22
remarks on nonrational cuts
23
cutting a Penrose kite in half
24
from a kite and dart tiling to a rhombus tiling
25
cutting in a completely arbitrary direction
26
generalized Hirzebruch surfaces as symplectic cuts
27
bibliography
28
other related works
Description:
Explore the fascinating world of nonrational toric geometry in this 53-minute minicourse on symplectic toric quasifolds. Delve into the historical development and core concepts of toric quasifolds, which generalize toric varieties to simple convex polytopes that are not rational. Examine key notions such as quasilattices, quasirationality, and quasitori through various examples, including quasispheres, Penrose tilings, quasicrystals, regular convex polyhedra, and irrational Hirzebruch surfaces. Learn about the generalized Delzant construction, symplectic reduction, and nonrational cuts. Gain insights from recent research findings presented by Dr. Elisa Prato from Universita Degli Studi Firenze, in collaboration with other experts in the field.

Nonrational Toric Geometry I - Symplectic Toric Quasifolds Minicourse

IMSA
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