\(A^1\)-representability of hermitian \(K\)-theory and Witt groups
From MaRDI portal
Publication:1771813
DOI10.1016/j.top.2004.10.004zbMath1078.19004OpenAlexW1972427379MaRDI QIDQ1771813
Publication date: 18 April 2005
Published in: Topology (Search for Journal in Brave)
Full work available at URL: https://doi.org/10.1016/j.top.2004.10.004
Related Items (42)
EULER CLASSES: SIX-FUNCTORS FORMALISM, DUALITIES, INTEGRALITY AND LINEAR SUBSPACES OF COMPLETE INTERSECTIONS ⋮ Fundamental classes in motivic homotopy theory ⋮ Cancellation of vector bundles of rank 3 with trivial Chern classes on smooth affine fourfolds ⋮ The motivic Segal-Becker theorem for algebraic \(K\)-theory ⋮ Stable operations and cooperations in derived Witt theory with rational coefficients ⋮ The Mayer-Vietoris principle for Grothendieck-Witt groups of schemes ⋮ The cancellation of projective modules of rank 2 with a trivial determinant ⋮ A note on the Witt group and theKO-theory of complex Grassmannians ⋮ Stable motivic \(\pi_1\) of low-dimensional fields ⋮ η$\eta$‐Periodic motivic stable homotopy theory over Dedekind domains ⋮ Algebraic \(K\)-theory. Abstracts from the workshop held May 8--14, 2022 ⋮ Euler characteristics of homogeneous and weighted-homogeneous hypersurfaces ⋮ Bézoutians and the \(\mathbb{A}^1\)-degree ⋮ The homotopy limit problem for Hermitian \(K\)-theory, equivariant motivic homotopy theory and motivic real cobordism ⋮ The first stable homotopy groups of motivic spheres ⋮ Cdh descent for homotopy Hermitian \(K\)-theory of rings with involution ⋮ Remarks on motivic homotopy theory over algebraically closed fields ⋮ Primes and fields in stable motivic homotopy theory ⋮ Hermitian \(K\)-theory, derived equivalences and Karoubi's fundamental theorem ⋮ Motivic homotopical Galois extensions ⋮ Motivic connectiveK-theories and the cohomology of A(1) ⋮ Oriented Chow groups, Hermitian \(K\)-theory and the Gersten conjecture ⋮ Rigidity for henselian local rings and \(\mathbb{A}^1\)-representable theories ⋮ The stable \(\mathbb{A}^1\)-connectivity theorems ⋮ On the motivic commutative ring spectrum $\mathbf {BO}$ ⋮ Morel homotopy modules and Milnor-Witt cycle modules ⋮ Chevalley groups of polynomial rings over Dedekind domains ⋮ A generalized Vaserstein symbol ⋮ The motivic cofiber of \(\tau\) ⋮ The motivic Hopf map solves the homotopy limit problem for \(K\)-theory ⋮ Geometric models for higher Grothendieck-Witt groups in \(\mathbb A^1\)-homotopy theory ⋮ The homotopy limit problem and the cellular Picard group of Hermitian \(K\)-theory ⋮ On homotopization of the unitary $K_1$-functor ⋮ On very effective Hermitian \(K\)-theory ⋮ A Horrocks-type theorem for even orthogonal \(K_2\) ⋮ The special linear version of the projective bundle theorem ⋮ Some comments on motivic nilpotence ⋮ Hermitian K-theory via oriented Gorenstein algebras ⋮ Hermitian K-theory for stable \(\infty\)-categories. I: Foundations ⋮ Splitting vector bundles outside the stable range and 𝔸¹-homotopy sheaves of punctured affine spaces ⋮ Homotopy and commutativity principle ⋮ Stabilization of the Witt group
This page was built for publication: \(A^1\)-representability of hermitian \(K\)-theory and Witt groups
