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1
Intro
2
Disclaimer
3
Basic definitions
4
Motivation questions
5
First order logic
6
Relative notion
7
Descriptive set theory
8
Natural questions
9
Vector fields
10
Starting point
11
Field
12
Generic structures
13
No minimal structures
14
No irrational powers
15
My main contention
16
Application oriented math
17
Local trajectories
18
Annotating
Description:
Explore the fundamentals of tame control theory in this 48-minute lecture by Chris Miller from The Ohio State University. Delve into basic definitions, motivation questions, and first-order logic as part of the Thematic Program on Tame Geometry, Transseries and Applications to Analysis and Geometry. Examine relative notions, descriptive set theory, and natural questions surrounding vector fields and generic structures. Investigate the absence of minimal structures and irrational powers, and discover Miller's main contention regarding application-oriented mathematics. Gain insights into local trajectories and annotation techniques in this comprehensive exploration of tame control theory presented at the Fields Institute.

Tame Control Theory

Fields Institute
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