Calendar 2000–01

2. Undercooled Liquids and Glass Formation 3. Optical Properties of Semiconductors 4. Material Testing 5. Composite Materials 6. Complex Fluids 7. Turbulence 8. Nonlinear Optics 9. Optics and Lasers 10. Novel Laser Media and Laser Systems 11. Thermoluminescence 12. Applications of Ion-bean Techniques in Surface Science 13. High-T c Superconducting Materials (B) Theoretical/Computational 1. Condensed Matter Physics 2. Optical Physics 3. Electrodynamics/Plasma Physics 4. Dynamic Meteorology 5. Turbulence 6. Dynamic Fracture 7. Astrophysics 8. Particle Physics 9. Statistical Physics Same as those for the PhD degree programme. This is a taught programme. Students are required to take at least 24 units of courses, the selection of which is subject to the approval of the division. This is a research-oriented programme with no specified fields of specialization. 1. Time Series Analysis 2. Computational Statistics 3. Covariance Structure Models 4. Discriminant Analysis 5. Estimation Theory 6. Factor Analysis 7. Categorical Data Analysis 8. Control of Markov Systems 9. Linear Models 10. Reliability