Fall 2011, Section 1
Course homepage: http://www.math.lsa.umich.edu/~lagarias/ Public/html/m675fa11.html
Text (required): H. Davenport,
Multiplicative Number Theory. Second edition.
Revised by H. Montgomery.
Springer-Verlag: New York 1980.
Text (optional) H. L. Montgomery and R. Vaughan,
Multiplicative Number Theory I. Classical Theory
Cambridge Univ. Press 2006
Text (optional) G. Tenenbaum,
Analytic and Probabilistic Number Theory
Cambridge Univ. Press 1995
Prerequisites: The equivalent of Math 575 (number theory) and Math 596 (complex variables); ability to write a proof (Math 451).
From departmental course description:
This is a first course in analytic number theory. It will cover
theory of the Riemann zeta function and Dirichlet L-functions, distribution of
primes,
and Dirichlet's theorem on primes in arithmetic
progression. It will follow Davenport, with
some topics from the other books.
Other
topics may include basic sieve methods, large sieve,
and topics in probabilistic number theory.
Grades: These will be based on problem sets.
Homework: There will be approximately 8 problem sets.
Here is a current
Homework Assignments:
  Homework 1-part 1 (due Monday, Sept. 19)
  Homework 1-part 2 (due Monday, Sept. 19)
  Homework 2-part 1 (due Friday, Sept. 30)
  Homework 2-part 2 (due Friday, Sept. 30 )
  Homework 3-part 1 (due Monday Oct. 10)
  Homework 3-part 2 (prob 27, 29 only, due Monday Oct. 10)
  Homework 4- part 1 (due Monday Oct. 24 )
  Homework 4- part 2 (due Monday Oct. 24)
  Homework 5 (revised) (due Monday November 7)
  Homework 6 -part 0 (due Monday November 21)
  Homework 6 -part 1 (due Monday November 21)
  Homework 7 -part 1 (due Friday December 9)
  Homework 7 -part 2 (due Friday December 9)
Handouts:
  2. Evaluations and Estimate
  3. An Inequality and a Limit
  4. Euler-MacLaurin Summation
  5. Fundamental Lemma of Combinatorial Sieve
  6. Analytic Functions and Uniform Convergence