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Main Author: Mandal, Satya
Format: Preprint
Published: 2024
Subjects:
Online Access:https://arxiv.org/abs/2408.09633
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author Mandal, Satya
author_facet Mandal, Satya
contents We prove Dévissage theorems for Hermitian $K$ Theory (or $GW$ theory), analogous to Quillen's Dévissage theorem for $K$-theory. For abelian categories ${\mathscr A}:=({\mathscr A}, ^{\vee}, \varpi)$ with duality, and appropriate abelian subcategories ${\mathscr B}\subseteq {\mathscr A}$, we prove Dévissage theorems for ${\bf GW}$ spaces, $G{\mathcal W}$-spectra and ${\mathbb G}W$ bispectra. As a consequence, for regular local rings $R$ with $1/2\in R$, we compute the ${\mathbb G}W$ groups ${\mathbb G}W^{[n]}_k(Spec{R})$ forall $k, n\in {\mathbb Z}$, where $n$ represent the translation.
format Preprint
id arxiv_https___arxiv_org_abs_2408_09633
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Dévissage Hermitian Theory
Mandal, Satya
K-Theory and Homology
Algebraic Geometry
We prove Dévissage theorems for Hermitian $K$ Theory (or $GW$ theory), analogous to Quillen's Dévissage theorem for $K$-theory. For abelian categories ${\mathscr A}:=({\mathscr A}, ^{\vee}, \varpi)$ with duality, and appropriate abelian subcategories ${\mathscr B}\subseteq {\mathscr A}$, we prove Dévissage theorems for ${\bf GW}$ spaces, $G{\mathcal W}$-spectra and ${\mathbb G}W$ bispectra. As a consequence, for regular local rings $R$ with $1/2\in R$, we compute the ${\mathbb G}W$ groups ${\mathbb G}W^{[n]}_k(Spec{R})$ forall $k, n\in {\mathbb Z}$, where $n$ represent the translation.
title Dévissage Hermitian Theory
topic K-Theory and Homology
Algebraic Geometry
url https://arxiv.org/abs/2408.09633