Uniqueness of differential characters and differential K-theory via homological algebra

IF 0.5 4区 数学
Ishan Mata
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引用次数: 1

Abstract

Simons and Sullivan constructed a model of differential K-theory, and showed that the differential K-theory functor fits into a hexagon diagram. They asked whether, like the case of differential characters, this hexagon diagram uniquely determines the differential K-theory functor. This article provides a partial affirmative answer to their question: For any fixed compact manifold, the differential K-theory groups are uniquely determined by the Simons–Sullivan diagram up to an isomorphism compatible with the diagonal arrows of the hexagon diagram. We state a necessary and sufficient condition for an affirmative answer to the full question. This approach further yields an alternative proof of a weaker version of Simons and Sullivan’s results concerning axiomatization of differential characters. We further obtain a uniqueness result for generalised differential cohomology groups. The proofs here are based on a recent work of Pawar.

微分特征的唯一性及同调代数下的微分k理论
Simons和Sullivan构造了一个微分k理论模型,并证明微分k理论函子符合六边形图。他们问,是否像微分字符的情况一样,这个六边形图唯一地决定了微分k理论函子。本文部分肯定地回答了他们的问题:对于任何固定紧流形,微分k理论群是由simas - sullivan图唯一确定的,直到与六边形图的对角箭头兼容。我们陈述了对整个问题作出肯定回答的充分必要条件。这种方法进一步产生了Simons和Sullivan关于差异字符公理化的结果的一个较弱版本的替代证明。进一步得到了广义微分上同群的唯一性结果。这里的证明是基于Pawar最近的一项工作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Journal of Homotopy and Related Structures
Journal of Homotopy and Related Structures Mathematics-Geometry and Topology
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期刊介绍: Journal of Homotopy and Related Structures (JHRS) is a fully refereed international journal dealing with homotopy and related structures of mathematical and physical sciences. Journal of Homotopy and Related Structures is intended to publish papers on Homotopy in the broad sense and its related areas like Homological and homotopical algebra, K-theory, topology of manifolds, geometric and categorical structures, homology theories, topological groups and algebras, stable homotopy theory, group actions, algebraic varieties, category theory, cobordism theory, controlled topology, noncommutative geometry, motivic cohomology, differential topology, algebraic geometry.
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