Cycle classes and the syntomic regulator

Fuente: arXiv
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Autori principali: Chiarellotto, B., Ciccioni, A., Mazzari, N.
Natura: Preprint
Pubblicazione: 2010
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author Chiarellotto, B.
Ciccioni, A.
Mazzari, N.
author_facet Chiarellotto, B.
Ciccioni, A.
Mazzari, N.
contents Let $V=Spec(R)$ and $R$ be a complete discrete valuation ring of mixed characteristic $(0,p)$. For any flat $R$-scheme $X$ we prove the compatibility of the de Rham fundamental class of the generic fiber and the rigid fundamental class of the special fiber. We use this result to construct a syntomic regulator map $r:CH^i(X/V,2i-n)\to H^n_{syn}(X,i)$, when $X$ is smooth over $V$, with values on the syntomic cohomology defined by A. Besser. Motivated by the previous result we also prove some of the Bloch-Ogus axioms for the syntomic cohomology theory, but viewed as an absolute cohomology theory.
format Preprint
id arxiv_https___arxiv_org_abs_1006_0132
institution arXiv
publishDate 2010
record_format arxiv
spellingShingle Cycle classes and the syntomic regulator
Chiarellotto, B.
Ciccioni, A.
Mazzari, N.
Algebraic Geometry
K-Theory and Homology
14F43, 14F30, 19F27
Let $V=Spec(R)$ and $R$ be a complete discrete valuation ring of mixed characteristic $(0,p)$. For any flat $R$-scheme $X$ we prove the compatibility of the de Rham fundamental class of the generic fiber and the rigid fundamental class of the special fiber. We use this result to construct a syntomic regulator map $r:CH^i(X/V,2i-n)\to H^n_{syn}(X,i)$, when $X$ is smooth over $V$, with values on the syntomic cohomology defined by A. Besser. Motivated by the previous result we also prove some of the Bloch-Ogus axioms for the syntomic cohomology theory, but viewed as an absolute cohomology theory.
title Cycle classes and the syntomic regulator
topic Algebraic Geometry
K-Theory and Homology
14F43, 14F30, 19F27
url https://arxiv.org/abs/1006.0132