Global homotopy theory / Lecture 7: Global functors

(1:10:30)

Global homotopy theory / Lecture 22: Stable splitting via linear algebra

(1:3:3)

Global homotopy theory / Lecture 13: Global versus G-equivariant stable homotopy

(54:47)

Global homotopy theory / Lecture 1: The setup

(54:41)

Introduction to homotopy (with a simple example)

(8:30)

Global homotopy theory / Lecture 3: Transfers

(1:11:14)

Global homotopy theory / Lecture 14: Left and right induced global homotopy types

(1:8:36)

Global homotopy theory / Lecture 2 : Orthogonal spectra as models for global stable homotopy types

(57:3)

Global homotopy theory / Lecture 12: The triangulated global homotopy category

(1:6:4)

Global homotopy theory / Lecture 11: The global model structure

(1:21:9)

Global homotopy theory / Lecture 19: Splitting global functors at orthogonal and unitary groups

(1:5:44)

Global homotopy theory / Lecture 20: Splitting global classifying spaces and regular Euler classes

(1:4:56)

Global homotopy theory / Lecture 18: G-equivariant homotopy groups of symmetric products

(1:2:23)

Global homotopy theory / Lecture 15: Generating t-structures by compact objects

(1:16:57)

Global homotopy theory / Lecture 9: Equivariant homotopy groups of mO

(1:33)

Global homotopy theory / Lecture 10: The global Thom spectrum MO

(1:3:59)

Global homotopy theory / Lecture 4: The double coset formula

(1:16)

Global homotopy theory / Lecture 8: The global Thom spectrum mO

(1:14:49)