Previous page
Table of Contents
| Previous page |
Table of Contents |
Next page |
The examination will take place in Seminar Room A and the Syndics Room (Y) of the Department of Applied Mathematics and Theoretical Physics, Silver Street, and Room S27, Statistical Laboratory (S)
| Thursday 27 May | 9-12 | 3. | Algebraic Topology (Room A) |
| 38. | Experimental Design and Multivariate Analysis (Room S) | ||
| 72. | General Relativity (Room A) | ||
| 1.30-3.30 | 36. | Large Deviations with Applications (Room A) | |
| 44. | Perturbation Methods (Room Y) | ||
| 71. | Quantum Theory and Density-Functional Theory (Room Y) | ||
| 1.30-4.30 | 11. | Lie Algebras (Room A) | |
| 78. | Theory of Distribution (Room A) | ||
| Friday 28 May | 9-11 | 42. | Computer-aided Geometric Design (Room Y) |
| 51. | Biological Sequence Analysis (Room Y) | ||
| 52. | * Non-Newtonian Fluids (Room Y) | ||
| 9-12 | 16. | Topics in Fourier Analysis (Room A) | |
| 23. | Complex Manifolds (Room A) | ||
| 63. | * Astrophysical Fluid Dynamics (Room A) | ||
| 84. | Algebraic Number Theory (Room A) | ||
| 1.30-3.30 | 39. | Actuarial Statistics (Room S) | |
| 1.30-4.30 | 68. | Quantum Field Theory (Rooms A and Y) | |
| Monday 31 May | 9-12 | 5. | Differential Geometry (Room Y) |
| 15. | Geometry of Modular Forms (Room Y) | ||
| 18. | Topics in Group Theory (Room A) | ||
| 75. | The Standard Model (Room A) | ||
| 79. | Algebraic Geometry (Room Y) | ||
| 1.30-3.30 | 25. | Combinatorial Set Theory (Room Y) | |
| 48. | * Slow Viscous Flow (Room Y) | ||
| 56. | Hamiltonian Systems (Room Y) | ||
| 66. | Phase Transitions and Collective Phenomena (Room Y) | ||
| 1.30-4.30 | 32. | Mathematics for Operational Research (Room A) | |
| 58. | * Structure and Evolution of Stars (Room A) | ||
| Tuesday 1 June | 9-12 | 7. | Commutative Algebra (Room Y) |
| 9. | Probabilistic Combinatorics (Room A) | ||
| 17. | Introduction to Pseudodifferential Operators (Room A) | ||
| 28. | Advanced Financial Models (Room A) | ||
| 50. | Physiological Fluid Dynamics (Room A) | ||
| 1.30-3.30 | 26. | Dynamical Systems (Room Y) | |
| 61. | Observational Cosmology (Room Y) | ||
| 1.30-4.30 | 69. | Advanced Quantum Field Theory (Room A) | |
| Wednesday 2 June | 9-12 | 8. | Finite-dimensional Algebras (Room Y) |
| 33. | Biostatistics (Room S) | ||
| 62. | Galaxies: Content and Evolution (Room Y) | ||
| 73. | Elementary Particle Physics (Room A) | ||
| 1.30-3.30 | 37. | Time Series and Monte Carlo Inference (Room S) | |
| 47. | Nonlinear Patterns (Room A) | ||
| 49. | Theory of Elastic Solids (Room A) | ||
| 1.30-4.30 | 1. | Functional Analysis and Spectral Theory (Room A) | |
| 14. | Elliptic Curves (Room A) | ||
| Thursday 3 June | 9-12 | 6. | Knot Theory (Room Y) |
| 13. | Cyclotomic Fields (Room Y) | ||
| 46. | Dynamo Theory (Room Y) | ||
| 64. | Atomic Astrophysics (Room Y) | ||
| 74. | String Theory (Room A) | ||
| 1.30-3.30 | 55. | Seismic Waves (Room Y) | |
| 1.30-4.30 | 10. | Category Theory (Room A) | |
| 27. | Applied Statistics (Room Y) | ||
| 29. | Advanced Probability (Room A) | ||
| 40. | Algorithms for Nonlinear Optimization (Room Y) | ||
| Friday 4 June | 9-11 | 76. | Supersymmetry (Room A) |
| 9-12 | 12. | Kac-Moody and Virasoro Algebras (Room Y) | |
| 30. | Statistical Theory (Room S) | ||
| 35. | Stochastic Calculus and Applications (Room S) | ||
| 41. | Numerical Analysis of Differential Equations (Room Y) | ||
| 45. | Acoustics (Room Y) | ||
| 1.30-3.30 | 59. | Cosmology (Room A) | |
| 1.30-4.30 | 19. | Additive and Combinatorial Number Theory (Room A) | |
| 31. | Stochastic Networks (Room S) | ||
| Monday 7 June | 9-11 | 20. | Discrete Isoperimetric Inequalities (Room Y) |
| 43. | Bifurcations in Nonlinear Convection (Room Y) | ||
| 67. | Topics in Quantum Theory (Room Y) | ||
| 9-12 | 2. | Riemann Surfaces (Room A) | |
| 22. | Bundles on Surfaces (Room A) | ||
| 77. | Black Holes (Room A) | ||
| Tuesday 8 June | 9-11 | 34. | Dynamics of One-dimensional Maps (Room A) |
| 54. | Environmental Fluid Dynamics (Room A) | ||
| 60. | Advanced Cosmology (Room A) | ||
| 65. | Applications of Differential Geometry to Physics (Room A) | ||
| 70. | Quantum Statistical Field Theory (Room A) | ||
| 9-12 | 21. | Hyperbolic Manifolds (Room Y) | |
| Wednesday 9 June | 9-11 | 57. | Turbulence and Self-Similarity (Room Y) |
| 9-12 | 53. | Fundamentals of Atmosphere-Ocean Dynamics (Room Y) |
* Denotes Open-Book Examination
| Previous page |
Table of Contents |
Next page |
Cambridge University Reporter, 19 May 1999
Copyright © 1999 The Chancellor, Masters and Scholars of the University of Cambridge.