Logo

The Axiomatic Method by L. Henkin, P. Suppes, A. Tarski

Large book cover: The Axiomatic Method

The Axiomatic Method
by

Publisher: North Holland Publishing Company
ISBN/ASIN: B000MXJS4E
Number of pages: 508

Description:
The thirty-three papers in this volume constitute the proceedings of an international symposium on The axiomatic method, with special reference to geometry and physics. The volume naturally divides into three parts. Part I consists of fourteen papers on the foundations of geometry, Part II of fourteen papers on the foundations of physics, and Part III of five papers on general problems and applications of the axiomatic method.

Home page url

Download or read it online for free here:
Download link
(multiple formats)

Similar books

Book cover: An Introduction to GeometryAn Introduction to Geometry
by - National University of Singapore
Contents: A Brief History of Greek Mathematics; Basic Results in Book I of the Elements; Triangles; Quadrilaterals; Concurrence; Collinearity; Circles; Using Coordinates; Inversive Geometry; Models and Basic Results of Hyperbolic Geometry.
(6679 views)
Book cover: Fractal GeometryFractal Geometry
by - Yale University
This is an introduction to fractal geometry for students without especially strong mathematical preparation, or any particular interest in science. Each of the topics contains examples of fractals in the arts, humanities, or social sciences.
(9915 views)
Book cover: The Geometry of the SphereThe Geometry of the Sphere
by - Rice University
We are interested here in the geometry of an ordinary sphere. In plane geometry we study points, lines, triangles, polygons, etc. On the sphere there are no straight lines. Therefore it is natural to use great circles as replacements for lines.
(5217 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.
(3159 views)