- *BOARD OF THE FACULTY OF CLINICAL MEDICINE
- *BOARD OF THE FACULTY OF MUSIC
- *BOARD OF THE FACULTY OF PHYSIOLOGICAL SCIENCES
- *BOARD OF THE FACULTY OF SOCIAL STUDIES
- BOARD OF THE FACULTY OF MATHEMATICAL SCIENCES
- EXAMINATIONS FOR THE DEGREE OF DOCTOR OF PHILOSOPHY

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Model Theory

Axiomatic Set Theory

The Gödel's Incompletess Theorem

Group Theory

Lie Algebras

Representation Theory

Manifolds and Differential Geometry

Algebraic Topology

Functional Analysis

Analytic Topology

C* -algebras

Perturbation Methods

Calculus of Variations

Solid Mechanics

Numerical Linear Algebra and Approximation

Finite Elements for PDEs

Bayesian Statistics

Patterns and Networks

Generalised Linear Models and Survival Analysis

Mathematical Genetics

Stochastic Calculus for Finance

Complexity and Cryptography

Lambda Calculus

Domain Theory

Further Quantum Theory

General Relativity I

Quantum Field Theory

General Relativity II

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Mathematical Ecology and Biology

Combinatorial Optimisation

Communication Theory

Nonlinear Systems

Applied Probability

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o3 Functional Programming and Algorithm Design

o4 Imperative Programming

o8 Philosophy of Mathematics

o9 Astronomy

010 Mathematics and Finance

Part I: Mathematical Models of Financial
Derivatives

Part II: Decision Mathematics

o12 Mathematics Education

A complete list will be published during Michaelmas Term 1998.

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1. Section II.1. Compilers and Operating Systems.

2. Section II.2. Computer Graphics, Splines, and Computational Geometry.

3. Section II.3. Parallel Scientific Computation and Parallel Algorithms.

4. Section II.4. Object-oriented programming.

5. Section II.5. Mathematical Foundation of Programming Languages (*topics may vary from year to year and may include Lambda Calculus, Domain Theory, Semantics of Programming Languages, Application-oriented program semantics).

6. Section II.6. Advanced Mathematical Logic (*topics may vary from year to year and may include Proof Theory, Model Theory, Axiomatic Set Theory, and Gödel's Incompleteness Theorems).p Options 1, 2, and 3 will have 1/6 practical weight and a two-and-a-half-hour examination.

Option 4 will have 1/3 practical weight and a two-hour examination.

Options 5 and 6 will have no practicals and a three-hour examination. *Synopses of the topics to be offered will be circulated to undergraduates in the Trinity Term preceding the examination.

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Laboratory of Molecular Biophysics, Friday, 23 October, 11 a.m.

A.A.F. BOCQUIER, Queen's: `NMR studies of a pair of modules of the
gelatin-binding domain of fibronectin'.

Rex Richards Building, Monday, 19 October, 2 p.m.

*Examiners*: C. Redfield, S.J. Matthews.

R.M. CURRIE, Worcester: `Immunoepidemiology of Trichuris trichiura,
T.muris, and Ascaris lumbricoides infections'.

Department of Zoology, Thursday, 29 October, 2 p.m.

*Examiners*: J. Webster, D. Wakelin.

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Wolfson, Thursday, 22 October, 10 a.m.

Lady Margaret Hall, Monday, 2 November, 2 p.m.

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St Antony's, Friday, 23 October, 11 a.m.

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St Antony's, Saturday, 17 October, 11 a.m.

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Department of Engineering Science, Wednesday, 21 October, 10.30 a.m.

J.E. PEDERSEN, University: `Fast ions in tokamaks and their
measurement by collective Thomson scattering'.

Department of Engineering Science, Monday, 19 October, 10 a.m.

*Examiners*: J.E. Allen, R.A. Cairns.

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St Antony's, Monday, 16 November, 2.30 p.m.

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Examination Schools, Thursday, 10 December, 2 p.m.

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