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Framed motives of smooth affine pairs

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abstract

The theory of framed motives by Garkusha and Panin gives computations in the stable motivic homotopy category $\mathbf{SH}(k)$ in terms of Voevodsky's framed correspondences. In particular the motivically fibrant $\Omega$-resolution in positive degrees of the motivic suspension spectrum $\Sigma_{\mathbb P^1}^\infty X_+$, where $X_+=X\amalg *$, for a smooth scheme $X\in \mathrm{Sm}_k$ over an infinite perfect field $k$, is computed. The computation by Garkusha, Neshitov and Panin of the framed motives of relative motivic spheres $(\mathbb A^l\times X,(\mathbb A^l-0)\times X)$, $X\in \mathrm{Sm}_k$, is one of ingredients in the theory. In the article we extend this result to the case of a pair $(X,U)$ given by a smooth affine variety $X$ over $k$ and an open subscheme $U\subset X$. The result gives the explicit motivically fibrant $\Omega$-resolution in positive degrees for the motivic suspension spectrum $\Sigma_{\mathbb P^1}^\infty (X_+/U_+)$ of the factor-sheaf $X_+/U_+$.

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math.AG 1

years

2019 1

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ACCEPT 1

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Modules over algebraic cobordism

math.AG · 2019-08-06 · accept · novelty 8.0

MGL-modules over a scheme are equivalent to motivic spectra with finite syntomic transfers, and the infinite P^1-loop space of MGL is the A^1-homotopy type of the moduli stack of finite syntomic schemes.

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  • Modules over algebraic cobordism math.AG · 2019-08-06 · accept · none · ref 11 · internal anchor

    MGL-modules over a scheme are equivalent to motivic spectra with finite syntomic transfers, and the infinite P^1-loop space of MGL is the A^1-homotopy type of the moduli stack of finite syntomic schemes.