Topology of Numbers by Allen Hatcher
Book Contents :-
0. A Preview
1. The Farey Diagram
2. Continued Fractions
3. Symmetries of the Farey Diagram
4. Quadratic Forms
5. Classification of Quadratic Forms
6. Representations by Quadratic Forms
7. The Class Group for Quadratic Forms
8. Quadratic Fields
About this book :-
"Topology of Numbers" by Allen Hatcher offers a unique approach to "number theory", exploring classical arithmetic through a "geometric" and "topological" lens. The book connects integers, divisibility, and modular arithmetic with spatial structures, allowing readers to visualize number-theoretic patterns and gain deeper intuition.
Hatcher introduces concepts like integer lattices, continued fractions, and modular relationships in a way that emphasizes "geometric intuition" over formal computation. The text is accessible to advanced undergraduates or anyone with a strong foundation in basic algebra and topology. Exercises and examples encourage hands-on exploration, reinforcing the connections between numbers and shapes.
This work bridges traditional arithmetic with modern mathematical thinking, making it valuable for students, educators, and researchers interested in the interplay of "topology", geometry, and number theory. By presenting numbers as objects with spatial and structural properties, Hatcher enables readers to see patterns, symmetries, and relationships in a fresh and insightful way. Overall, the book is an engaging resource for developing a deeper understanding of numbers beyond formulas and calculations.
Book Detail :-
Title:
Topology of Numbers by Allen Hatcher
Publisher:
AMS
Year:
2022
Pages:
361
Type:
PDF
Language:
English
ISBN-10 #:
1470456117
ISBN-13 #:
978-1470456115
License:
University Educational Resource
Amazon:
Amazon
About Author :-
The author
Allen Hatcher
, an "American mathematician" and Professor Emeritus at "Cornell University", is renowned for his work in "geometric topology" and influential textbooks like "Algebraic Topology". His clear exposition and deep insight bridge abstract theory and intuitive understanding, making this book a valuable resource for anyone exploring numbers through geometry. His work introduces classical concepts such as quadratic forms and Farey diagrams, showing how numbers can be studied through shapes, patterns, and spatial reasoning.
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