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

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

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

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

Introduction to stable homotopy theory - Lecture 8See more

Introduction to stable homotopy theory - Lecture 8

Global homotopy theory / Lecture 11: The global model structureSee more

Global homotopy theory / Lecture 11: The global model structure

Global homotopy theory / Lecture 10: The global Thom spectrum MOSee more

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

Global homotopy theory / Lecture 1: The setupSee more

Global homotopy theory / Lecture 1: The setup

Global homotopy theory / Lecture 9: Equivariant homotopy groups of mOSee more

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

Global homotopy theory / Lecture 6: Equivariant homotopy groups of global suspension spectraSee more

Global homotopy theory / Lecture 6: Equivariant homotopy groups of global suspension spectra

Higher Algebra 8: SpectraSee more

Higher Algebra 8: Spectra

Global homotopy theory / Lecture 7: Global functorsSee more

Global homotopy theory / Lecture 7: Global functors

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

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

Global homotopy theory / Lecture 12: The triangulated global homotopy categorySee more

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

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

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

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