Logo

Set Theory and Topology: An Introduction to the Foundations of Analysis

Small book cover: Set Theory and Topology: An Introduction to the Foundations of Analysis

Set Theory and Topology: An Introduction to the Foundations of Analysis
by

Publisher: arXiv
Number of pages: 160

Description:
We provide a formal introduction into the classic theorems of general topology and its axiomatic foundations in set theory. Starting from ZFC, the exposition in this first part includes relation and order theory as well as a construction of number systems.

Home page url

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

Download mirrors:
Mirror 1
Mirror 2

Similar books

Book cover: Reader-friendly Introduction to the Measure TheoryReader-friendly Introduction to the Measure Theory
by - Yetanotherquant.de
This is a very clear and user-friendly introduction to the Lebesgue measure theory. After reading these notes, you will be able to read any book on Real Analysis and will easily understand Lebesgue integral and other advanced topics.
(13426 views)
Book cover: Applied AnalysisApplied Analysis
by - University of Toronto
In this course, we deal with modern analysis. Properties of functions are studied as much as they are needed for understanding maps. More specifically, our emphasis is on applications of modern analysis and the material is selected accordingly.
(8533 views)
Book cover: Elementary Mathematical AnalysisElementary Mathematical Analysis
by - The Macmillan Company
The book presents a course suitable for students in the first year of our colleges, universities, and technical schools. It presupposes on the part of the student only the usual minimum entrance requirements in elementary algebra and plane geometry.
(12047 views)
Book cover: Nonstandard AnalysisNonstandard Analysis
by
This book is concerned with an attempt to introduce the infinitesimals and the other 'nonstandard' numbers in a naive, simpleminded way. Nevertheless, the resulting theory is hoped to be mathematically sound, and to be complete within obvious limits.
(13008 views)