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ORDERS OF EXAMINATIONS

Mathematical Tripos, Part III, 1999

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


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Cambridge University Reporter, 19 May 1999
Copyright © 1999 The Chancellor, Masters and Scholars of the University of Cambridge.