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VOL. 36 | 2002 A Survey of the Hodge-Arakelov Theory of Elliptic Curves II
Shinichi Mochizuki

Editor(s) Sampei Usui, Mark Green, Luc Illusie, Kazuya Kato, Eduard Looijenga, Shigeru Mukai, Shuji Saito


The purpose of the present manuscript is to continue the survey of the Hodge-Arakelov theory of elliptic curves (cf. [7], [8], [9], [10], [11]) that was begun in [12]. This theory is a sort of "Hodge theory of elliptic curves" analogous to the classical complex and $p$-adic Hodge theories, but which exists in the global arithmetic framework of Arakelov theory. In particular, in the present manuscript, we focus on the aspects of the theory (cf. [9], [10], [11]) developed subsequent to those discussed in [12], but prior to the conference "Algebraic Geometry 2000" held in Nagano, Japan, in July 2000. These developments center around the natural connection that exists on the pair consisting of the universal extension of an elliptic curve, equipped with an ample line bundle. This connection gives rise to a natural object — which we call the crystalline theta object — which exhibits many interesting and unexpected properties. These properties allow one, in particular, to understand at a rigorous mathematical level the (hitherto purely "philosophical") relationship between the classical Kodaira-Spencer morphism and the Galois-theoretic "arithmetic Kodaira-Spencer morphism" of Hodge-Arakelov theory. They also provide a method (under certain conditions) for "eliminating the Gaussian poles," which are the main obstruction to applying Hodge-Arakelov theory to diophantine geometry. Finally, these techniques allow one to give a new proof of the main result of [7] using characteristic $p$ methods. It is the hope of the author to survey more recent developments (i.e., developments that occurred subsequent to "Algebraic Geometry 2000") in a sequel to the present manuscript.


Published: 1 January 2002
First available in Project Euclid: 27 January 2019

zbMATH: 1056.14032
MathSciNet: MR1971513

Digital Object Identifier: 10.2969/aspm/03610081

Primary: 14H52
Secondary: 14H25

Rights: Copyright © 2002 Mathematical Society of Japan


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