Repr{é}sentations p-adiques et {é}quations diff{é}rentielles
arXiv:math/0102179 · doi:10.1007/s002220100202
Abstract
In this paper, we associate to every -adic representation a -adic differential equation , that is to say a module with a connection over the Robba ring. We do this via the theory of Fontaine's -modules. This construction enables us to relate the theory of -modules to -adic Hodge theory. We explain how to construct and from , which allows us to recognize semi-stable or crystalline representations; the connection is then either unipotent or trivial on . In general, the connection has an infinite number of regular singularities, but we show that is de Rham if and only if those are apparent singularities. A structure theorem for modules over the Robba ring allows us to get rid of all singularities at once, and to obtain a ``classical'' differential equation, with a Frobenius structure. A recent theorem of Y. André gives a complete description of the structure of such an object. This allows us to prove Fontaine's -adic monodromy conjecture: every de Rham representation is potentially semi-stable. As an application, we can extend to the case of arbitrary perfect residue fields some results of Hyodo (), of Perrin-Riou (the semi-stability of ordinary representations), of Colmez (absolutely crystalline representations are of finite height), and of Bloch and Kato (if the weights of are , then Bloch-Kato's exponential is an isomorphism).
71 pages. In French. Uses Xypic. 3rd Version: this revised version includes a proof of Fontaine's monodromy conjecture and some applications. Submitted for publication
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