Introduction to unstable motivic homotopy theory

This short course on unstable motivic homotopy will be held at the University of Münster, June 10-12, 2016, and will be run by Ben Antieau, Kirsten Wickelgren and Ben Williams. Please register for the workshop, so we can estimate the number of participants. We will have limited funding available to support travel and lodging expenses; you can request funding on the registration form. Registration for the dinner on Saturday June 11 is required by June 3. Here is a program of the workshop.

All talks will be held in the Math. Dept. building at Einsteinstr. 64, room M6. For local information, including a map of the area, we refer you to the local information page of the 2015 Münster Functor Calculus Workshop. The conference booklet there has very detailed information how to get to the hotel(s) and the department, see especially pages 8-10.

Schedule of Lectures

Workshop location: Einsteinstr. 64, room M6

Friday, June 10

Title Speaker Time
Applications of unstable motivic homotopy theory Antieau 11:00-12:00
to the classification of vector bundles-Lecture 1
Lunch    12:00-2:00
Introduction to unstable motivic homotopy theory-Lecture 1 Wickelgren 2:00-3:00
The unstable connectivity theorem-Lecture 1 Williams 3:15-4:15
Coffe break   4:15-5:00
Problem Session   5:00-6:00

Saturday, June 11

Title Speaker Time
Introduction to unstable motivic homotopy theory-Lecture 2 Wickelgren 10:00-11:00
Introduction to unstable motivic homotopy theory-Lecture 3 Wickelgren 11:15-12:15
Lunch    12:15-2:00
The unstable connectivity theorem-Lecture 2 Williams 2:00-3:00
Applications of unstable motivic homotopy theory Antieau 3:15-4:15
to the classification of vector bundles-Lecture 2
Coffe break   4:15-5:00
Problem Session   5:00-6:00

Sunday, June 12

Title Speaker Time
The unstable connectivity theorem-Lecture 3 Williams 10:00-11:00
Applications of unstable motivic homotopy theory Antieau 11:15-12:15
to the classification of vector bundles-Lecture 3

Exercises

Intro to unstable mot him thy, exercise set 1 (without solutions)
Unstable connectivity, exercise set 1 (without solutions)

List of participants