We define a notion of colimit for diagrams in a motivic category indexed by a presheaf of spaces (e.g. an \'etale classifying space), and we study basic properties of this construction. As a case study, we construct the motivic analogs of the classical extended and generalized powers, which refine the categorical versions of these constructions as special cases. We also offer more computationally tractable models of these constructions using equivariant motivic homotopy theory. This is the first in a series of papers on power operations in motivic stable homotopy theory.Comment: 32 pages, comments welcome, first of a series on motivic power operation
We construct cellular homotopy theories for categories of simplicial presheaves on small Grothendiec...
We construct cellular homotopy theories for categories of simplicial presheaves on small Grothendiec...
We construct cellular homotopy theories for categories of simplicial presheaves on small Grothendiec...
Motivic homotopy theory was developed by Morel and Voevodsky in the 1990s. The original motivation f...
AbstractWe study symmetric powers in the homotopy categories of abstract closed symmetric monoidal m...
43 pages, submittedWe develop the theory of fundamental classes in the setting of motivic homotopy t...
International audienceWe develop the theory of fundamental classes in the setting of motivic homotop...
International audienceWe develop the theory of fundamental classes in the setting of motivic homotop...
International audienceWe develop the theory of fundamental classes in the setting of motivic homotop...
International audienceWe develop the theory of fundamental classes in the setting of motivic homotop...
We construct cellular homotopy theories for categories of simplicial presheaves on small Grothendiec...
We explain how to reconstruct the category of Artin-Tate $\mathbb{R}$-motivic spectra as a deformati...
We explore motivic homotopy theory over deeper bases than the spectrum of the integers: Starting fro...
Equivariant motivic homotopy theory is a homotopy theory of schemes with algebraic group actions. Th...
We construct cellular homotopy theories for categories of simplicial presheaves on small Grothendiec...
We construct cellular homotopy theories for categories of simplicial presheaves on small Grothendiec...
We construct cellular homotopy theories for categories of simplicial presheaves on small Grothendiec...
We construct cellular homotopy theories for categories of simplicial presheaves on small Grothendiec...
Motivic homotopy theory was developed by Morel and Voevodsky in the 1990s. The original motivation f...
AbstractWe study symmetric powers in the homotopy categories of abstract closed symmetric monoidal m...
43 pages, submittedWe develop the theory of fundamental classes in the setting of motivic homotopy t...
International audienceWe develop the theory of fundamental classes in the setting of motivic homotop...
International audienceWe develop the theory of fundamental classes in the setting of motivic homotop...
International audienceWe develop the theory of fundamental classes in the setting of motivic homotop...
International audienceWe develop the theory of fundamental classes in the setting of motivic homotop...
We construct cellular homotopy theories for categories of simplicial presheaves on small Grothendiec...
We explain how to reconstruct the category of Artin-Tate $\mathbb{R}$-motivic spectra as a deformati...
We explore motivic homotopy theory over deeper bases than the spectrum of the integers: Starting fro...
Equivariant motivic homotopy theory is a homotopy theory of schemes with algebraic group actions. Th...
We construct cellular homotopy theories for categories of simplicial presheaves on small Grothendiec...
We construct cellular homotopy theories for categories of simplicial presheaves on small Grothendiec...
We construct cellular homotopy theories for categories of simplicial presheaves on small Grothendiec...
We construct cellular homotopy theories for categories of simplicial presheaves on small Grothendiec...