Graduate Courses, Fall 2004
(MATH, AMSC, and STAT)
General Interest
Algebra/Algebraic Geometry/Number Theory
- MATH 600 Abstract Algebra I (William Adams)
- MATH 606 Algebraic Geometry (Kudla)
- MATH 608M Complex multiplication, modular forms (Ramachandran)
- MATH 620 Algebraic Number I (Washington)
Analysis
- MATH 630 Real Analysis I (Machedon)
- MATH 634 Harmonic Analysis (Warner)
- MATH 648G Geometric Measure Theory (Grillakis)
- MATH 648N Nonlinear approximation (DeVore)
- MATH 660 Complex Analysis I (Hamilton)
Differential Equations/Dynamical Systems
- MATH/AMSC 670
Ordinary Differential Equations I (Jakoboson)
- MATH/AMSC 673 Partial Differential Equations
(Trivisa)
- MATH 642 Dynamical Systems (Dologopyat)
Logic
- MATH 712 Mathematical Logic (David Kueker)
Geometry/Topology
- MATH 730 Fundamental Concepts of Topology (King)
- MATH740 (Grove)
- MATH748V Hamilitonian Systems (Novikov)
Numerical Analysis/Applied Mathematics
- AMSC 614 Finite Elements (Nochetto)
- AMSC 662 Computer Organization and Programming (J-G. Liu)
- AMSC 663 Advanced Scientific Computing I (Harland Glaz)
- AMSC 666 Numerical Analysis (Levermore)
- AMSC 698E Topics in Nonlinear PDE (Tadmor)
- AMSC 701 Intro to Continuum Mech. (Antman)
Probability/Statistics
- STAT 600 Probability Theory I (Mark Freidlin)
- STAT 700 Mathematical Statistics I (Smith)
- STAT 710 Advanced Statistics I (Yang)
- STAT 740 Linear Statistical Models (Kedem)
- STAT 750 Multivariate Analysis (Kagan)
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