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Notes on isocrystals
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For varieties over a perfect field of characteristic p, etale cohomology with Q_l-coefficients is a Weil cohomology theory only when l is not equal to p; the corresponding role for l = p is played by Berthelot's rigid cohomology. In that theory, the coefficient objects analogous to lisse l-adic sheaves are the overconvergent F-isocrystals. This expository article is a brief user's guide for these objects, including some features shared with l-adic cohomology (purity, weights) and some features exclusive to the p-adic case (Newton polygons, convergence and overconvergence). The relationship between the two cases, via the theory of companions, will be treated in a sequel paper.
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Cited by 1 Pith paper
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The Unipotent Chabauty-Kim-Kantor Method for Relative Completions
A dimension inequality between global and local Galois cohomology is shown to imply finiteness of rational points on hyperbolic curves, with conditional finiteness results for all genus >= 2 curves.
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