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Hypercohomology spectra and Thomason’s descent theorem
Author(s) -
Stephen Α. Mitchell
Publication year - 1997
Publication title -
citeseer x (the pennsylvania state university)
Language(s) - English
Resource type - Reports
DOI - 10.1090/fic/016/08
Subject(s) - mathematics , cohomology , pure mathematics , spectral line , spectral sequence , descent (aeronautics) , homotopy , zero (linguistics) , spectrum (functional analysis) , physics , linguistics , philosophy , quantum mechanics , astronomy , meteorology
but with the convergence only valid in sufficiently high degrees. Here the coefficient sheaves are Tate twists of the `-adic integers, and are to be interpreted as zero if q is odd. Throughout this paper, etale cohomology is continuous etale cohomology [19], and the indicated abutment of the spectral sequence consists of the homotopy groups of the Bousfield `-adic completion of the spectrum KX, not the naive `-adic completion of the K-groups. In a remarkable paper [42], Thomason proved the Lichtenbaum-Quillen conjectures for a certain localized form of K-theory so-called “Bott-periodic” K-theory. The first step was the development of an elaborate theory of hypercohomology spectra H·(X; E) associated to etale presheaves of spectra E or more generally, to presheaves of spectra on a Grothendieck site. These hypercohomology spectra are by their very construction naturally

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