The aim of course is to teach students how to deal with physics problems by aid of computer programming.
In this course we use mostly python language.
Files
| Attachment | Size |
|---|---|
| euler_runge_kutta.pdf | 279.36 KB |
| harmonic_motion.pdf | 673.86 KB |
| laplace_equation.pdf | 560.16 KB |
| percolatin_in_farsi.pdf | 885.88 KB |
| files_strings_and_dictonaries.pdf | 285.74 KB |
| random_systems.pdf | 948.23 KB |
| vmc_in_farsi.pdf | 1.24 MB |
| ising_0.pdf | 1.35 MB |
| neural_netwok_ex.zip | 52.48 KB |
| atomization_energy_ml.zip | 4.01 MB |
| gholizadeh_stable_structure_search_0.zip | 57.09 KB |
| gholizadeh_presentation_0.pdf | 4.73 MB |
| atomization_energy_ml_solution.zip | 3.48 KB |
| billiard.pdf | 6.58 MB |
| main.pdf | 1.76 MB |
| monte-carlo-methods.pdf | 6.32 MB |
| metropolis.pdf | 3.82 MB |
| least-squares.pdf | 985.61 KB |
