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In accordance with Regulations 17 and 18 for the Mathematical Tripos (*Statutes and Ordinances*, p. 318), the Examiners give notice that a candidate may submit an essay on any one of the following topics:

Rational Double Points The Moment Map Sparse Ramsey Theory Ergodic Theory and Ramsey Theory D-Branes and Mirror Symmetry Grassmannians and Derived Categories Flops and Derived Categories Hodge and de Rham in characteristic pRepresentations of SL_{2} and the Langlands TheoryThe Weyl-Kac Character Formula Finite Model Theory and Complexity Theory Rewriting Systems for Groups Representations of SL(2, R)Symplectic 4-manifolds The Set of Exceptional Values for a Meromorphic Function Nevallina Theory and Meromorphic Solutions of Algebraic Differential Equations The Travelling Salesman Problem and Harmonic Analysis K-Theory and Representation TheoryAlgebraic K-TheoryCohomology of Finite Groups over Modular Fields Blocks with a Cyclic Defect Group Polynomial Invariants of Finite Groups Iwasawa Theory of Elliptic Curves Covering Space Techniques in Knot Theory Arithmetic of Quadratic Forms Etale Cohomology and Arithmetic Elliptic Curves and Number-theoretical Algorithms Predictive Inference The r* FormulaAnalysis of a Large and Complex Data Set Epidemic Models Imperfect and/or Perfect Simulation Random Fractals Quantum Shannon Theorems Quantum Coding: Hamming, Reed-Muller, and Beyond Entanglement, Quantum Fourier Transform, and Fast Computations Perpetuities Conservative Delta Hedging Random Matrices Homogenization Mathematical Models for Coagulation and Coalescence Type Ia Supernovae |
Element Abundance in the Solar Atmosphere and Solar Wind Age Structure in Ecological Models The Evolution of Altruism The Cauchy Problem and Singularities in General Relativity What is a Glueball? Elastic Jumps in Flexible Fluid-filled Tubes Lunate-tail Swimming Magnetic Fields in Galaxies Turbulent Magnetic Fields Dynamics of Convection in Magnetic Fields Heteroclinic Cycles in Symmetric Systems Numerical Methods in Hamiltonian Dynamics Numerical Solutions to Two-dimensional Driven Cavity Flow Numerical Solutions of Incompressible Two-dimensional Turbulence Instability Analysis for Swirling Jets: Vortex Breakdown? Separation on a Free Surface Drips to Drops - Bridging the Gap The Fluid Dynamics of the Earth's Outer Core Boundary-integral Representations for Curved Cracks Instabilities of a Sheared Elastic Liquid Disappearing Plumes Particle Laden Gravity Currents Travelling Up-slope Internal Wave Focusing in a Non-uniform Stratification Fluctuations in the Cosmic Microwave Background Localized Solutions in Pattern-forming Instabilities Sonic Booms Nongaussian Perturbations and Cosmic Microwave Sky The Condition of the B-spline Basis The Formation and Dynamical Evolution of Globular Clusters Evidence for Cosmic Acceleration and Models of Quintessence What is Dark Matter? Gravity Wave Data Analysis Global Modes in Slowly Spatially Developing Flows Non-commutative Geometry Applied to Physics Discrete Hair on Black Holes The Ads/CFT Correspondence and Black Hole Physics Passive Scalars in the Batchelor Regime of Turbulence |

Candidates are reminded that they may request leave to submit an essay on a topic other than those given above provided that the request is made, through their Tutor, so as to reach the Chairman of Examiners, Mathematics Faculty Office, Department of Applied Mathematics and Theoretical Physics, Centre for Mathematical Sciences, Wilberforce Road, not later than 1 February 2001.

A candidate who proposes to submit an essay should inform the Chairman of Examiners, through his or her Tutor, on a form which will be provided, by 4 May 2001, and should submit the essay, through his or her Tutor, so as to reach the Chairman of Examiners not later than 17 May 2001.

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Cambridge University Reporter, 22 November 2000

Copyright © 2011 The Chancellor, Masters and Scholars of the University of Cambridge.