By focusing on quadratic numbers, this advanced undergraduate or
master's level textbook on algebraic number theory is accessible
even to students who have yet to learn Galois theory. The
techniques of elementary arithmetic, ring theory and linear algebra
are shown working together to prove important theorems, such as the
unique factorization of ideals and the finiteness of the ideal
class group. The book concludes with two topics particular to
quadratic fields: continued fractions and quadratic forms. The
treatment of quadratic forms is somewhat more advanced than usual,
with an emphasis on their connection with ideal classes and a
discussion of Bhargava cubes.
The numerous exercises in the text offer the reader hands-on
computational experience with elements and ideals in quadratic
number fields. The reader is also asked to fill in the details of
proofs and develop extra topics, like the theory of orders.
Prerequisites include elementary number theory and a basic
familiarity with ring theory."
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