| Required Courses |
Credit |
| For students with Bachelor's degree |
|
SCPY502 : CLASSICAL MECHANICS |
3 |
|
SCPY503 : QUANTUM MECHANICS |
3 |
|
SCPY504 : THERMODYNAMICS AND STATISTICAL PHYSICS |
3 |
|
SCPY507 : CLASSICAL ELECTRODYNAMICS |
3 |
|
SCPY508 : CONTEMPORARY PHYSICS |
3 |
|
SCPY598 : SEMINAR IN PHYSICS III |
1 |
|
SCPY599 : SEMINAR IN PHYSICS IV |
1 |
|
SCPY600 : SEMINAR IN PHYSICS V |
1 |
| For students with Master's degree |
|
SCPY508 : CONTEMPORARY PHYSICS |
3 |
|
SCPY598 : SEMINAR IN PHYSICS III |
1 |
|
SCPY599 : SEMINAR IN PHYSICS IV |
1 |
|
SCPY600 : SEMINAR IN PHYSICS V |
1 |
| Elective Courses |
Credit |
| |
|
SCPY505 : MATHEMATICAL METHODS FOR PHYSICISTS |
3 |
|
SCPY510 : ADVANCED MATHEMATICAL METHODS FOR PHYSICISTS |
3 |
|
SCPY570 : SIGNAL AND IMAGE PROCESSING |
3 |
|
SCPY571 : PARALLEL PROGRAMMING |
3 |
|
SCPY574 : NUMERICAL METHODS FOR DIFFERENTIAL EQUATIONS |
3 |
|
SCPY576 : SCIENTIFIC VISUALIZATION |
3 |
|
SCPY612 : COMPUTATIONAL PHYSICS I |
3 |
|
SCPY613 : COMPUTATIONAL PHYSICS II |
3 |
| |
|
SCPY517 : FLUID MECHANICS |
3 |
|
SCPY523 : CLASSICAL FIELD THEORY |
3 |
|
SCPY575 : COMPUTATIONAL FLUID DYNAMICS |
3 |
|
SCPY614 : ADVANCED FLUID MECHANICS |
3 |
|
SCPY646 : FRACTALS AND CHAOS |
3 |
|
SCPY647 : NONLINEAR WAVES |
3 |
|
SCPY648 : COMPUTATIONAL NONLINEAR PHENOMENA |
3 |
|
SCPY655 : COMPLEX SYSTEMS |
3 |
|
SCPY686 : SELECTED TOPICS IN NONLINEAR PHENOMENA |
3 |
| |
|
SCPY511 : ATOMIC AND MOLECULAR PHYSICS |
3 |
|
SCPY519 : NUCLEAR PHYSICS |
3 |
|
SCPY522 : ADVANCED QUANTUM MECHANICS |
3 |
|
SCPY611 : ADVANCED ATOMIC PHYSICS |
3 |
|
SCPY620 : NON-PERTURBATIVE METHODS IN QUANTUM FIELD THEORY |
3 |
|
SCPY621 : SUPERSYMMETRY IN FIELD THEORY AND STRING |
3 |
|
SCPY637 : MOLECULAR SIMULATION |
3 |
|
SCPY638 : MOLECULAR QUANTUM MECHANICS |
3 |
|
SCPY639 : QUANTUM FIELD THEORY |
3 |
|
SCPY640 : THEORY OF MANY-PARTICLE SYSTEMS |
3 |
| |
|
SCPY515 : ELECTRICAL MATERIALS |
3 |
|
SCPY516 : ELECTRONIC DEVICES AND CIRCUITS |
3 |
|
SCPY521 : PHYSICS OF SEMICONDUCTOR |
3 |
|
SCPY543 : SURFACE AND INTERFACE PHYSICS |
3 |
|
SCPY642 : DIFFRACTION TECHNIQUES |
3 |
|
SCPY643 : THIN FILM PHYSICS AND TECHNOLOGY |
3 |
|
SCPY650 : PLASMA TECHNOLOGIES AND APPLICATIONS |
3 |
|
SCPY651 : SEMICONDUCTOR DEVICES |
3 |
|
SCPY652 : SUPERCONDUCTIVITY |
3 |
|
SCPY653 : SPECIAL METHODS IN THEORETICAL SUPERCONDUCTIVITY |
3 |
|
SCPY657 : ADVANCED CONDENSED MATTER PHYSICS |
3 |
|
SCPY683 : SELECTED TOPICS IN THIN FILM AND SURFACE PHYSICS |
3 |
| |
|
SCPY524 : FOURIER OPTICS |
3 |
|
SCPY525 : PHOTONICS |
3 |
|
SCPY636 : OPTOELECTRONICS |
3 |
|
SCPY645 : LASER THEORY |
3 |
|
SCPY685 : SELECTED TOPICS IN LASER APPLICATIONS |
3 |
| |
|
SCPY526 : QUANTUM OPTICS |
3 |
|
SCPY527 : MATHEMATICS FOR QUANTUM INFORMATION |
3 |
|
SCPY528 : QUANTUM INFORMATION |
3 |
|
SCPY529 : TOPICS IN QUANTUM INFORMATION |
3 |
| |
|
SCPY531 : COSMIC RAYS |
3 |
|
SCPY532 : GALACTIC ASTRONOMY |
3 |
|
SCPY533 : ASTRONOMY AND ASTROPHYSICS |
3 |
|
SCPY534 : SOLAR PHYSICS |
3 |
|
SCPY535 : GENERAL RELATIVITY |
3 |
|
SCPY649 : PLASMA PHYSICS |
3 |
|
SCPY680 : SELECTED TOPICS IN ASTROPHYSICS |
3 |
|
SCPY681 : SELECTED TOPICS IN ASTRONOMY |
3 |
| |
|
SCPY561 : FUNDAMENTALS OF BIOPHYSICS |
3 |
|
SCPY562 : MODELING AND SIMULATION IN BIOPHYSICS |
3 |
|
SCPY668 : CONTEMPORARY BIOPHYSICS |
3 |
| |
|
SCPY581 : GEOPHYSICAL PROSPECTING: POTENTIAL FIELD METHODS |
3 |
|
SCPY582 : GEOPHYSICAL PROSPECTING: ELECTROMAGNETIC METHODS |
3 |
|
SCPY583 : GEOPHYSICAL PROSPECTING: SEISMIC METHODS |
3 |
|
SCPY584 : ADVANCED SEISMIC EXPLORATION |
3 |
|
SCPY585 : INTRODUCTORY SEISMOLOGY |
3 |
|
SCPY586 : APPLIED MODERN SEISMOLOGY |
3 |
|
SCPY587 : EARTHQUAKE SOURCE THEORY |
3 |
|
SCPY630 : PHYSICS OF THE SOLID EARTH |
3 |
|
SCPY670 : INVERSE THEORY AND APPLICATIONS |
3 |
|
SCPY684 : SELECTED TOPICS IN GEOPHYSICS |
3 |
| |
|
SCPY626 : PHYSICS EDUCATION |
3 |
|
SCPY627 : DATA ANALYSIS IN PHYSICS EDUCATION |
3 |
|
SCPY628 : PHYSICS CONCEPTS AND MISCONCEPTION |
3 |
|
SCPY682 : SELECTED TOPICS IN PHYSICS EDUCATION |
3 |
| |
|
SCPY687 : SELECTED TOPICS IN PHYSICS |
3 |
|
SCPY688 : SELECTED TOPICS IN APPLIED PHYSICS |
3 |
| Dissertation |
Credit |
| For students with Bachelor's degree |
|
SCPY799 : DISSERTATION |
48 |
| For students with Master's degree |
|
SCPY699 : DISSERTATION |
36 |
