Bulletin of the American Mathematical Society · 1980 · 79 citations · 3 references
Natural SciencesMathematicsAlgebraGeometryNumber TheoryAbstract AlgebraAlgebraic GeometryAlgebraic StructuresArithmetic GeometryClassical GeometryArithmetic Of Finite FieldsFinite Field ArithmeticRational Curves
Introduction. The purpose of this article is to introduce the general mathematical community to some recent developments in algebraic geometry and nonarchimedean analysis. Let r = p n ,p a rational prime. Then these developments center around the beginnings of an "arithmetic" theory of the polynomial ring r [T] over the finite field of r elements. The goal of this theory is to use nonarchimedean analysis to do for Y r [T] what classical analysis does for Z. The theory allows us to find direct analogues of many of the classical functions of arithmetic interest in a situation that, at first glance, seems as nonclassical as possible. In the process much will be learned about the polynomials. Much also will be learned about the unique properties of Z and the classical functions.
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