| topic | supervisor(s) |
|---|
| Alternating Sign Matrices [3H] | Sunil Chhita |
| Assessment and feedback | Clare Wallace |
| Basics of Reinforcement Learning | Marija Zamaklar |
| Bayesian hierarchical modeling and analysis of spatial data | Georgios Karagiannis |
| Black holes | Simon Ross |
| Catalan numbers | Pavel Tumarkin |
| Causal inference in non-randomised studies | Rachel Oughton |
| Chip firing on graphs | Daniele Turchetti |
| Clustering and Unsupervised Learning | Jonathan Cumming |
| Complex Systems: Dynamics and Networks | Andrew Krause |
| Computational Algebraic Geometry | Yue Ren |
| Contact Forms and Knotted Vector Fields | Christopher Prior |
| Convex Analysis | Amit Einav |
| CURVATURE ON GRAPHS AND MARKOV CHAINS | Kohei Suzuki |
| Dynamo Theory | Laura Currie |
| Einstein's Theory of General Relativity | Madalena Lemos/Patrick Dorey |
| Elephant random walks: Sampling from memory | Ostap Hryniv/Debleena Thacker |
| Factor Analysis | Hyeyoung Maeng |
| Fast and efficient Bayesian inference for epidemic models | Andrew Golightly |
| Fermions: The sign that matters | Aristomenis Donos |
| Finite Volume Methods for Simulating Fluid Flows | Hossein Kafiabad |
| Fourier Analysis | Katie Gittins/Wilhelm Klingenberg |
| Graph Colouring | Nicholas Georgiou |
| How Gravity Bends Light | Richard Ward |
| Inflation | Mohamed Anber |
| Interstellar | Kasper Peeters |
| Introduction to Analytic Number Theory | Pankaj Vishe |
| Introduction to the Theory of Elliptic Curves | Athanasios Bouganis/Jack Shotton |
| Japanese Temple Geometry | Anna Felikson |
| Learning game strategies | John Paul Gosling |
| Lie Algebras and Unimodular Lattices | Sam Fearn |
| Lie Groups in Particle Physics | Daniele Dorigoni |
| Markov Random Fields | Ian Jermyn |
| Mathematical Cognition | Richard Crossman/Eimear Dunne |
| Matrix models | Iñaki García Etxebarria |
| Modelling solar expulsions | Peter Wyper |
| Modern Approaches to Missing Data Analysis | Emmanuel Ogundimu |
| Modern Neural Networks | Cuong Nguyen |
| Numerical Bifurcation Analysis | Denis Patterson |
| One plus one is typically at most two (Subadditivity and probability) | Andrew Wade |
| Order and chaos in low dimensions | Gabriel Fuhrmann/Rhiannon Dougall |
| Partitions | Jens Funke |
| Path-integral and Instantons in Quantum Mechanics | Paul Heslop/Silvia Nagy |
| Path Integrals | Andreas Braun/Steven Abel |
| Penrose Tilings | John Hunton |
| Permutations | Mustazee Rahman |
| Phylogenetics - the mathematics of genetics and evolutionary trees | Jeffrey Giansiracusa |
| Points on a Sphere | Paul Sutcliffe |
| Primes, Polynomials and Polynomial Time | Daniel Evans |
| Probability Bounding Methods For Spam Filtering | Matthias Troffaes |
| Quantum Error-Correcting Codes | Paul McFadden |
| Quasi-Exactly Solvable Models | Peter Bowcock |
| Random walks on graphs | Mo Dick Wong |
| Real Data Modelling via Machine Learning | Hailiang Du |
| Reciprocity Laws | Herbert Gangl |
| Regular Polyhedra and Polyhedral Cages | Bernard Piette |
| Relativistic Quantum Mechanics | Arthur Lipstein |
| Resampling Methods | Tahani Coolen-Maturi |
| Sample size calculation | Jochen Einbeck |
| Sampling | Frank Coolen |
| Skateboard Tricks and Topological Flips | Martin Kerin/Fernando Galaz-Garcia |
| Space Travel and Spacecraft Trajectories | Maciej Matuszewski |
| Stochastic modelling for systems biology | Darren Wilkinson |
| Stochastic Optimal Control | Andrew Allan |
| The Banach-Tarski Paradox | Dirk Schuetz |
| The Fisher-KPP equation and branching Brownian motion [3H] | Oliver Kelsey-Tough |
| The lattice Boltzmann method | Mariana Pepona |
| The Maths of Maps | Djoko Wirosoetisno |
| The Poincare conjecture. | Andrew Lobb/Norbert Peyerimhoff |
| The science of statistical visualisation | James Liley |
| The Standard Model of Particle Physics | Thomas Rudelius |
| The structure of finite groups | Alexander Stasinski |
| The Whitney-Graustein theorem, and turning spheres inside out | Raphael Zentner |
| Traffic flow | Adam Townsend |
| Uniform distribution of sequences | Alexander Mangerel |
| Using Couplings in Monte Carlo | Louis Aslett |