|
FALL 2008 |
WINTER 2009 |
SPRING 2009 |
MWF
9:00 |
|
275A |
Probability Theory
(Richthammer)
|
|
|
|
|
|
|
285k |
Seminar in Probability
(Schonmann)
|
|
|
|
|
MWF
10:00 |
215A |
Commutative Algebra
(Hida)
|
214A |
Intro to Algebraic Geometry
(Merkurjev)
|
214B |
Intro to Algebraic Geometry
(Merkurjev)
|
M217 |
Geometry & Physics
(K. Liu)
|
245B |
Real Analysis
(Tao)
|
225C |
Geometry & Topology
(K. Liu)
|
245A |
Real Analysis
(Ralston)
|
285C |
Lie Groups & Lie Algebra
(Varadarajan)
|
245C |
Real Analysis
(Tao)
|
| |
|
|
|
266C |
Appl. Partial Diff. Equations
(Kim)
|
MWF
11:00 |
226A |
Differential Geometry
(Petersen)
|
226B |
Differential Geometry
(Petersen)
|
237 |
Algebraic Topology
(Brown)
|
246B |
Complex Analysis
(Garnett)
|
246C |
Complex Analysis
(Garnett)
|
269C |
Advanced Numerical Analysis
(Teran)
|
269A |
Advanced Numerical Analysis
(Caflisch)
|
269B |
Advanced Numerical Analysis
(Caflisch)
|
285G |
Seminar in Analysis
(Garnett)
|
| |
|
274A |
Asymptotic Methods
(Roberts)
|
|
|
MWF
12:00 |
225A |
Differentiable Manifolds
(G. Liu)
|
225B |
Intro to Algebraic Topology
(Green)
|
246A |
Complex Analysis
(Duke)
|
265 |
Real Analysis for Applications
(Vese)
|
266B |
Appl. Partial Diff. Equations
(Teran)
|
275C |
Stochastic Processes
(Caputo)
|
266A |
Appl. Ordinary Diff. Equations
(Kim)
|
273 |
Applied Math and Engineering
(Vese)
|
|
|
MWF
1:00 |
210A |
Algebra
(Balmer)
|
205B |
Number Theory
(Duke)
|
210C |
Algebra
(Balmer)
|
218A |
Discrete Math Probability Method
(Sudakov)
|
210B |
Algebra
(Balmer)
|
259B |
Operator Algebras in Hilbert Space
(Shlyakhtenko)
|
235 |
Topics in Manifold Theory
(Monalescu)
|
247A |
Classical Fourier Analysis
(Killip)
|
270C |
Computational Linear Algebra
(Anderson)
|
255A |
Functional Analysis
(Killip)
|
259A |
Operator Algebras in Hilbert Space
(Shlyakhtenko)
|
272B |
Math Aspects of Fluid Mechanics
(Bertozzi)
|
270E |
Computational Fluid Dynamics
(Anderson)
|
270B |
Computational Linear Algebra
(Laub)
|
|
|
| |
|
275B |
Probability Theory
(Liggett)
|
|
|
| |
|
285J |
Applied Mathematics
(Bertozzi)
|
|
|
MWF
2:00 |
218A |
Discrete Mathematics: Probabilistic Methods
(Sudakov) MW 2-4
|
218B |
Discrete Mathematic: Algebraic Methods
(Sudakov) MW 2-4
|
223M |
Topics in Model Theory
(Aschenbrenner)
|
285I |
Functional Analysis
(Effros) |
251A |
Introductory Partial Diff. Equations
(Hitrik)
|
251B |
Topics in Partial Diff. Equations
(Hitrik)
|
| |
|
255B |
Topics-Functional Analysis
(Popa)
|
|
|
| |
|
|
|
255C |
Topics in Functional Analysis
(Popa)
|
MW
2-3:15
|
207A
|
Topics in Number Theory
(Khan)
|
207B |
Topics in Number Theory
(Khare)
|
207C |
Number Theory
(Hida)
|
223D
|
Topics in Descriptive Set Theory
(Hjorth)
|
223S
|
Topics in Set Theory
(Neeman)
|
285J |
Applied Math
(Osher)
|
MW
3:30-4:45
|
205A |
Number Theory
(Blasius)
|
208A |
Topics in Applied Number Theory
(Blasius)
|
220C |
Math Logic & Set Theory
(Neeman)
|
|
220A |
Math Logic & Set Theory
(Moschovakis)
|
212 |
Homological Algebra
(Haessemeyer )
|
285B |
Number Theory
(Khare)
|
| |
285I |
Functional Analysis
(Shalom)
|
|
220B |
Math Logic & Set Theory
(Moschovakis)
|
|
|
|
MW
4-5:15
|
|
|
|
|
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