Schedule of classes
2010 Spring |
MONDAY | TUESDAY | WEDNESDAY | THURSDAY | FRIDAY | ||||||||||||||||||
104 | 105 | 206 | 104 | 105 | 206 | C32 | C12 | 220 | 104 | 105 | 206 | C32 | C12 | 104 | 105 | 206 | C32 | C12 | 104 | 105 | 206 | C32 | |
8-10 | MUC | MUC | MUC | CO1A | TOP | CO1B | CO2A | NU15 | GEO | MAP | CO2B | THC | CO1A | TOP | CO1B | CO2A | |||||||
10-12 | AL1 | AAL | DIG | CLXA | GRT | CMA | RFM | MAP | CO2B | THC | CLXA | GRT | CMA | RFM | SET | AL1 | AAL | DIG | |||||
12-14 | C&P | MPS | PRO | NU15 | GEO | ANT | FUN | NUT | BIO | ANT | FUN | NUT | C&P | MPS | PRO | ||||||||
14-15 | GAL | HL2A | GAL | TOPB | HIS | HMS | HL1 | FILM1 | OPH | HUC3 | HL2B | D&B | CLXB6 | MUC | MUC | LOG | TOPB4 | CLXB6 | RFG | ||||
15-16 | GAL | HL2A | GAL | TOPB | HIS | HMS | HL1 | FILM1 | OPH | HUC3 | HL2B | D&B | CLXB6 | MUC | MUC | LOG | TOPB4 | CLXB6 | RFG | ||||
16-17 | HL2A | HIS | HMS | HL1 | OPH | HUC3 | HL2B | Colloquium Lectures | 17-18 |
1 FILM course is from 12:30 till 15:45
2 C3 and C1 are rooms in the small house in the courtyard, C1 closest to the entrance, C3 end of the corridor.
3 HUC is held in room 224
4 TOPB will be held in room 102 on Thursday (and can start only at 2:15pm).
5 NU1A and NU1B are joined and will be held room B04 (basement) on Tuesday and 102 on Wednesday
6 CLXB will be reading and therefore one of the two meeting times per week will be canceled.
Syllabi
MUC | Make-up classes | ||
CLA | Classical Algebra | Cliff CORZAT | FINISHED |
  | |||
AL1 (ALG1) | Introduction to Abstract Algebra | Áron BERECZKY | |
AAL (ALG2) | Advanced Abstract Algebra | Péter HERMANN | |
ANT | Topics in Analysis | Gergely AMBRUS | |
CLXA | Complex Functions | Ágnes SZILÁRD | |
CLXB | Complex Functions | Szilárd RÉVÉSZ | CHANGED TO READING |
CMA | Commutative Algebra | József PELIKÁN | |
CO1A (COM1) | Combinatorics 1A | Dezső MIKLÓS | |
COB (COM1) | Combinatorics 1B | Attila SALI | |
CO2A (COM2) | Combinatorics 2A | András GYÁRFÁS | |
CO2B (COM2) | Combinatorics 2B | Ervin GYŐRI | |
C&P | Conjecture and Proof | László CSIRMAZ | DIG | Differential Geometry | Balázs CSIKÓS |
FIG | Finite Simple Groups | József PELIKÁN | INDEPENDENT STUDIES |
FUN | Functional Analysis | Gábor ELEK | |
GAL | Galois Theory | Mátyás DOMOKOS | CHANGED TO FULL COURSE |
GEO | Topics in Geometry | Gábor MOUSSONG | |
GRT | Graph Theory | Gábor SIMONYI | |
MAP | Quantum Information and Quantum Computation | Máté MATOLCSI | |
MPS | Mathematical Problem Solving | Sándor DOBOS | |
NU1A (NUM1) | Number Theory 1A | Csaba SZABÓ | NU1B (NUM1) | Number Theory 1B | Mátyás DOMOKOS | MERGED WITH NU1A |
NUT (NUM2) | Topics in Number Theory | Antal BALOG | |
PRO | Probability Theory | Márton BALÁZS | |
RFG | Representation Theory of Finite Groups | Péter HERMANN | REMAINS READING |
RFM | Real Functions and Measures | Tamás KELETI | |
THC | Theory of Computing | Gyula Y. KATONA | |
TOPA | Introduction to Topology A | Alex KÜRONYA | TOPB | Introduction to Topology B | Gábor MOUSSONG |
  | |||
BIO | Combinatorial and computational aspects of bioinformatics | István MIKLÓS | REMAINS READING |
D&B | Dynamical Systems and Bifurcations | Péter SIMON | REMAINS READING |
LOG | Mathematical Logic | Miklós ERDÉLYI SZABÓ | REMAINS READING |
SET | Set Theory | Péter KOMJÁTH | REMAINS READING |
HIS (HOM) | Holocaust and Memory | Andrea PETŐ | |
HMS | History of Modern Science | Matthew ADAMSON | |
HUN1 (HL1) | Beginner Hungarian Language | Erika FALLIER | |
HUN2A (HL2A) | Intermediate Hungarian Language | Erika FALLIER | |
HUN2B (HL2B) | Intermediate Hungarian Language | Erika FALLIER | |
HUC | Hungarian Art and Culture | Márta SIKLÓS | |
OPH (PHIL) | Old World and New World Political Philosophy | János SALAMON | |
FILM | Film Analysis - Great Masters of European Films | László ARATÓ |
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Last update: March 2, 2010