Lecture Notes

LEC # LECTURE NOTES
1 Absolute Values and Discrete Valuations (PDF)
2 Localization and Dedekind Domains (PDF)
3 Fractional Ideals, Unique Factorization in Dedekind Domains, Approximation (PDF)
4 Étale Algebras, Norm and Trace, Bilinear Pairings (PDF)
5 Factoring Primes in Dedekind Extensions (PDF)
6 Ideal Norm, Module Index, Dedekind-Kummer Theorem (PDF)
7 Orders in Dedekind Domains, Splitting of Primes in Galois Extensions (PDF)
8 Frobenius Elements, The Artin Map, Completions (PDF)
9 Local Fields, Extensions of Complete DVRs (PDF)
10 Unramified and Totally Ramified Extensions of Complete DVRs (PDF)
11 Completing Extensions, The Different and Discriminant Ideals (PDF)
12 Haar Measure, Places, The Product Formula (PDF)
13 Minkowski's Bound, Finiteness Results (PDF)
14 Dirichlet's Unit Theorem (PDF)
15 Riemann Zeta Function and the Prime Number Theorem (PDF)
16 Fourier and Mellin Transform, Theta and Gamma Functions, The Functional Equation (PDF)
17 Primes in Arithmetic Progressions, Dirichlet L-series, The Dedekind Zeta Function (PDF)
18 The Analytic Class Number Formula, Non-vanishing of Dirichlet L-series (PDF)
19 The Kronecker-Weber Theorem (PDF)
20 Intro to Class Field Theory, Ray Class Groups and Ray Class Fields (PDF)
21 Congruence Subgroups, Conductors, Main Theorems of Global Class Field Theory (PDF)
22 The Ring of Adeles, Strong Approximation (PDF)
23 The Group of Ideles, Profinite Groups, Infinite Galois Theory (PDF)
24 Local Class Field Theory (PDF)
25 Global Class Field Theory and the Chebotarev Density Theorem (PDF)