# Book:H.E. Rose/A Course in Number Theory/Second Edition

Jump to navigation
Jump to search
## H.E. Rose:

## Contents

## H.E. Rose: *A Course in Number Theory (2nd Edition)*

Published $\text {1994}$, **Oxford Science Publications**

- ISBN 0-19-852376-9.

### Subject Matter

### Contents

- Preface to Second Edition (
*Bristol, January $1994$*)

- Preface to First Edition (
*Bristol, February $1987$*)

- Acknowledgements

- $1$ Divisibility
- $1$ The Euclidean algorithm and unique factorization
- $2$ Prime numbers
- $3$ Problems $1$

- $2$ Multiplicative Functions
- $1$ The MÃ¶bius and Euler functions
- $2$ Average order
- $3$ Problems $2$

- $3$ Congruence Theory
- $1$ Definitions and linear congruences
- $2$ Nonlinear congruences and the theorems of Euler, Lagrange, and Chevalley
- $3$ Local versus global considerations
- $4$ Computation modulo $n$
- $5$ Problems $3$

- $4$ Quadratic Residues
- $1$ The Legendre symbol
- $2$ Quadratic reciprocity
- $3$ Some further topics
- $4$ Problems $4$

- $5$ Algebraic Topics
- $1$ Algebraic numbers and integers
- $2$ Primitive roots
- $3$ Characters
- $4$ Problems $5$

- $6$ Sums of Squares and Gauss Sums
- $1$ Sums of squares
- $2$ Gauss and Jacobi sums
- $3$ The sign of the quadratic Gauss sum
- $4$ Problems $6$

- $7$ Continued Fractions
- $1$ Basic properties
- $2$ Best approximation
- $3$ Pell's equation
- $4$ A set of real numbers modulo $1$
- $5$ Problems $7$

- $8$ Transcendental Numbers
- $1$ Liouville's theorem and applications
- $2$ The Hermite and Lindemann theorems
- $3$ The Gelfond-Schneider theorem
- $4$ Problems $8$

- $9$ Quadratic Forms
- $1$ Equivalence of forms
- $2$ Sums of three squares
- $3$ Representation by binary forms
- $4$ Algorithms for reduced forms
- $5$ Problems $9$

- $10$ Genera and the Class Group
- $1$ The genus of a form
- $2$ Composition and the class group
- $3$ A formula for the class number
- $4$ Problems $10$

- $11$ Partitions
- $1$ Elementary properties
- $2$ Jacobi's identity
- $3$ Estimates for $\map p n$
- $4$ Problems $11$

- $12$ The Prime Numbers
- $1$ The results of Chebyshev and Bertrand
- $2$ Series involving primes
- $3$ Riemann zeta function
- $4$ Problems $12$

- $13$ Two Major Theorems on the Primes
- $1$ Dirichlet's theorem
- $2$ PNT: preliminaries and Selberg's theorem
- $3$ PNT: the main proof
- $4$ Problems $13$

- $14$ Diophantine Equations
- $1$ Legendre's theorem
- $2$ Fermat's last theorem
- $3$ Skolem's method
- $4$ Mordell's equation
- $5$ Problems $14$

- $15$ Elliptic Curves: Basic Theory
- $1$ Geometric preliminaries
- $2$ Rational points on elliptic curves
- $3$ Mordell-Weil theorem
- $4$ Problems $15$

- $16$ Elliptic Curves: Further Results and Applications
- $1$ Weierstrass equation
- $2$ Nagell-Lutz theorem
- $3$ Curves defined over finite fields
- $4$ Lenstra's factorization method
- $5$ $L$-functions for curves
- $6$ Problems $16$

- Answers and Hints to Problems
- Problems $1$
- Problems $2$
- Problems $3$
- Problems $4$
- Problems $5$
- Problems $6$
- Problems $7$
- Problems $8$
- Problems $9$
- Problems $10$
- Problems $11$
- Problems $12$
- Problems $13$
- Problems $14$
- Problems $15$
- Problems $16$

- Tables

- Bibliography

- Index of Notation

- General Index

## Further Editions

## Source work progress

- 1994: H.E. Rose:
*A Course in Number Theory*(2nd ed.) ... (previous) ... (next): $1$ Divisibility: $1.1$ The Euclidean algorithm and unique factorization: Theorem $1.2$