Computational methods for physics
The example study paths have been published also here.
SUGGESTED COURSES:
|
| ECTS |
COMPULSORY COURSES |
| 35 |
| MSc Thesis | 30 |
| Seminar | 5 |
OPTIONAL COURSES |
| 55-85 |
THEOR/ MATH PHYSICS | MAST30130 Intro to mathematical physics A | 5cr |
| MAST30131 Intro to mathematical physics B | 5cr |
| TCM309 Kinetic theory | 10 cr |
| TCM320 Stochastic methods A | 5 cr |
| TCM320 Stochastic methods B | 5 cr |
| TCM333 + TCM334 Open quantum systems | 5+5cr |
| FYS2018 Quantum mechanics I | 5 cr |
MATHEMATICS | MAST31002 Functional Analysis | 10 cr |
| MAST31010 Partial differential equations I | 10 cr |
| MAST31401 Inverse problems 1 | 5 cr |
COMPUTER SCIENCE | CSM14211 Introduction to the Programming of Quantum Computers | 5 cr |
| CSM12101 Design and Analysis of Algorithms | 5 cr |
| DATA11002 Introduction to Machine learning | 5 cr |
OTHER STUDIES |
| 0-30 |
| AYCSM90004en Data Analysis with Python | 5 cr |
| AYBSCS1001en Introduction to programming | 5 cr |
| AYBSCS1002en Advanced Course in Programming | 5 cr |
| MATR322 Numerical Methods of Scientific Computing | 10 cr |
SUGGESTED SCHEDULE:
1. YEAR FALL SEMESTER | MAST30132 Intro to real and Fourier Analysis |
| TCM304 Mathematical Methods of Physics IIIa |
| TCM305 Mathematical Methods of Physics IIIb |
| TCM320 Stochastic methods A |
| TCM321 Stochastic methods B |
| FYS2018 Quantum mechanics I |
1. YEAR SPRING SEMESTER | MAST30130 Intro to mathematical physics A |
| MAST30131 Intro to mathematical physics B |
| TCM333 + TCM334 Open quantum systems |
2. YEAR FALL SEMESTER | TCM309 Kinetic theory. |
| MAST31401 Inverse problems 1 |
| MAST31002 Functional analysis |
| MATR322 Numerical Methods of Scientific Computing |
2. YEAR SPRING SEMESTER |
|
| seminar |
| completion of thesis |