Quaternion Orders, Quadratic Forms, And Shimura Curves (Crm Monograph Series, V. 22) - Montserrat Alsina and Pilar Bayer
American Mathematical Society, Centre de Recherche (2004)
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Quaternions, Forms, Quadratic, Shimura varieties

Shimura curves are a far-reaching generalization of the classical modular curves. They lie at the crossroads of many areas, including complex analysis, hyperbolic geometry, algebraic geometry, algebra, and arithmetic. This monograph presents Shimura curves from a theoretical and algorithmic perspective. The main topics are Shimura curves defined over the rational number field, the construction of their fundamental domains, and the determination of their complex multiplication points. The study of complex multiplication points in Shimura curves leads to the study of families of binary quadratic forms with algebraic coefficients and to their classification by arithmetic Fuchsian groups. In this regard, the authors develop a theory full of new possibilities that parallels Gauss' theory on the classification of binary quadratic forms with integral coefficients by the action of the modular group. This is one of the few available books explaining the theory of Shimura curves at the graduate student level. Each topic covered in the book begins with a theoretical discussion followed by carefully worked-out examples, preparing the way for further research.

Product Details
LoC Classification QA196 .A47 2004
Dewey 512.5
Format Hardcover
Cover Price 62,00 €
No. of Pages 196
Height x Width 260 mm
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