Logo

Quadratic Forms and Their Applications

Large book cover: Quadratic Forms and Their Applications

Quadratic Forms and Their Applications
by

Publisher: American Mathematical Society
ISBN/ASIN: 0821827790
ISBN-13: 9780821827796
Number of pages: 314

Description:
This volume outlines the proceedings of the conference on "Quadratic Forms and Their Applications" held at University College Dublin. It includes survey articles and research papers ranging from applications in topology and geometry to the algebraic theory of quadratic forms and its history. Various aspects of the use of quadratic forms in algebra, analysis, topology, geometry, and number theory are addressed.

Download or read it online for free here:
Download link
(2.7MB, PDF)

Similar books

Book cover: The Axiomatic MethodThe Axiomatic Method
by - North Holland Publishing Company
The volume naturally divides into three parts. Part I consists of 14 papers on the foundations of geometry, Part II of 14 papers on the foundations of physics, and Part III of five papers on general problems and applications of the axiomatic method.
(10823 views)
Book cover: Geometric Theorems and Arithmetic FunctionsGeometric Theorems and Arithmetic Functions
by - American Research Press
Contents: on Smarandache's Podaire theorem, Diophantine equation, the least common multiple of the first positive integers, limits related to prime numbers, a generalized bisector theorem, values of arithmetical functions and factorials, and more.
(19660 views)
Book cover: Projective GeometryProjective Geometry
by
The techniques of projective geometry provide the technical underpinning for perspective drawing and in particular for the modern version of the Renaissance artist, who produces the computer graphics we see every day on the web.
(20114 views)
Book cover: The Axioms Of Descriptive GeometryThe Axioms Of Descriptive Geometry
by - Cambridge University Press
In this book, after the statement of the axioms, the ideas considered are those concerning the association of Projective and Descriptive Geometry by means of ideal points, point to point correspondence, congruence, distance, and metrical geometry.
(9678 views)