Arithmetic of Quadratic FormsThe aim of this book is to provide an introduction to quadratic forms that builds from basics up to the most recent results. Professor Kitaoka is well know for his work in this area, and in this book he covers many aspects of the subject, including lattice theory, Siegel's formula, and some results involving tensor products of positive definite quadratic forms. The reader is required to have only a knowledge of algebraic number fields, making this book ideal for graduate students and researchers wishing for an insight into quadratic forms. |
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algebraic anisotropic Applying assertion assume assumption B(vi basis bilinear called chapter clear completes the proof condition consider contains contradicts Corollary decomposition define denote dependent E-type easy element equal example Exercise exists extension field F finite set fixed follows formula gen(L give given hence holds hyperbolic plane implies indecomposable independent induction infinite integer isometry isotropic Lemma matrix maximal means module Moreover positive definite positive lattice prime primitive Problem Proposition prove quadratic forms rank regular quadratic lattice regular quadratic space represented resp respectively ring satisfies scaling side Similarly space over Q submodule sufficiently close sufficiently large Suppose symmetric Theorem theory unimodular vector verify virtue write yields
References to this book
Self-Dual Codes and Invariant Theory Gabriele Nebe,Eric M. Rains,Neil J. A. Sloane Limited preview - 2006 |
Algebraic and Arithmetic Theory of Quadratic Forms: Proceedings of the ... Ricardo Baeza No preview available - 2004 |
Bibliographic information
| Title | Arithmetic of Quadratic Forms Volume 106 of Cambridge Tracts in Mathematics, ISSN 0950-6284 |
| Author | Yoshiyuki Kitaoka |
| Edition | illustrated, reprint |
| Publisher | Cambridge University Press, 1999 |
| ISBN | 052164996X, 9780521649964 |
| Length | 270 pages |
| Subjects | › › Mathematics / Algebra / General Mathematics / Geometry / Algebraic Mathematics / Number Theory |
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