Timetable
Timetable and registrations for 2024-2025
Note on Basic and Advanced courses
Providing they have the pre-requisites, and the agreement of their supervisors, first year research students may choose to take one or more Advanced modules in place of Basic modules.
Registration
All students must register for LTCC courses by completing the online form on the Registration page. (Please note that attendance impacts departmental contributions, therefore students are encouraged to register and deregister correctly.)
(Please note that a fee of £200 per course is payable for students who do not belong to an LTCC member department.)
Assessments
'Light' assessments are held for every basic and advanced course. Basic exams will take place in April. Assessments for advanced courses will take place at the end of each module. First year students are expected to take four assessments, although exceptions will apply in individual cases. Please check with your supervisors to confirm how many exams you should be taking.
Timetable 2024-2025
All lectures take place in the conference rooms at De Morgan House unless otherwise stated.
Lectures take place every Monday over five weeks (unless otherwise stated). For abstracts, please click on the links in the table below. Links to notes are also provided where available. Please note that the rooms are subject to change.
The course leaflets, with a brief summary of each course, can also be viewed and downloaded by clicking the links below:
Basic Booklet 2024 - 2025 [PDF 528KB]
Advanced Booklet 2024 - 2025 [PDF 468KB]
7th October - 4th November 2024
11th November - 9th December 2024
10.50am-12.50pm |
Time Series Analysis |
Basic |
Dr Yining Chen |
De Morgan House |
Time Series Analysis Abstract [PDF 20KB] |
10.50am-12.50pm |
Morse theory, topology, and robotics |
Basic |
Prof. Michael Farber |
De Morgan House |
Morse theory, topology and robotics abstract [PDF 107KB] |
10.50pm-12.50pm |
Mathematical Methods for Quantum Mechanics |
Advanced |
Prof. Rod Halburd |
De Morgan House |
Mathematical Methods for Quantum Mechanics abstract [PDF 136KB] |
1pm-3pm |
Measure-Theoretic Probability |
Basic |
Prof. Alexander Gnedin |
De Morgan House |
Measure-theoretic Probability Abstract [PDF 87KB] |
1pm-3pm |
Analytical Methods |
Basic |
Prof. Nick Ovenden |
De Morgan House |
Analytical Methods Abstract [PDF 13KB] |
1pm-3pm |
Minimal and constant mean curvature surfaces |
Advanced |
Dr Jean Lagacé and Dr Stephen Lynch |
De Morgan House |
Minimal and Constant Mean Curvature Surfaces Course Abstract [PDF 73KB] |
3.10pm-5.10pm |
Fundamental Theory of Statistical Inference |
Basic |
Prof. Alastair Young |
De Morgan House |
Fundamental Theory of Statistical Inference Abstract [PDF 77KB] |
3.10pm-5.10pm |
Symmetry Methods for Differential Equations |
Basic |
Professor Peter Clarkson |
De Morgan House |
Symmetry Methods for Differential Equations Abstract [PDF 109KB] |
13th January - 10th February 2025
10.50am-12.50pm |
Mathematical Topics of General Relativity |
Advanced |
Dr Juan A. Valiente Kroon |
De Morgan House |
Mathematical Topics of General Relativity Abstract [PDF 71KB] |
10.50am-12.50pm |
Designs of Experiments |
Advanced |
Professor Steven Gilmour/Dr Vasiliki Koutra |
De Morgan House |
Design of Experiments Abstract [PDF 69KB] |
1pm-3pm |
Pseudo-differential Operators and Applications to PDEs |
Basic |
Prof. Michael Ruzhansky |
De Morgan House |
Pseudo-differential Operators and Applications to PDEs Abstract [PDF 13KB] |
1pm-3pm |
Applications of Differential Geometry to Mathematical Physics |
Basic |
Dr Steffen Krusch |
De Morgan House |
Applications of Differential Geometry to Mathematical Physics Abstract [PDF 138KB] |
1pm-3pm |
Explicit inertial Langlands correspondence for GL (2) |
Advanced |
Dr Lassina Dembélé |
De Morgan House |
Explicit inertial Langlands correspondence for GL (2) Abstract [PDF 111KB] |
3.10pm-5.10pm |
Mathematical Biology |
Basic |
Dr Philip Pearce |
De Morgan House |
Mathematical Biology Abstract [PDF 202KB] |
3.10pm-5.10pm |
Theory of Linear Models |
Basic |
Dr Kalliopi Mylona |
De Morgan House |
Theory of Linear Models Abstract [PDF 163KB] |
3.10pm-5.10pm |
An introduction to the Finite Classical Groups |
Basic |
Dr Nick Gill |
De Morgan House |
An introduction to the Finite Classical Groups Abstract [PDF 165KB] |
17 February - 17 March 2025
10.50am-12.50pm |
Arithmetic Statistics |
Advanced |
Dr Christopher Keyes |
De Morgan House |
Arithmetic Statistics Abstract [PDF 203KB] |
10.50am-12.50pm |
Kernel Methods in Machine Learning and Statistics |
Advanced |
Dr Nikolas Nusken |
De Morgan House |
Kernel Methods in Machine Learning and Statistics Abstract [PDF 175KB] |
10.50am-12.50pm |
Numerical Methods for Elliptic Partial Differential Equations |
Advanced |
Professor Stephen Langdon |
De Morgan House |
Numerical Methods for Elliptic Partial Differential Equations Abstract [PDF 80KB] |
1pm-3pm |
High-Dimensional Statistics |
Advanced |
Dr Yanbo Tang |
De Morgan House |
High-Dimensional Statistics Abstract [PDF 125KB] |
1pm-3pm |
Graph Theory |
Basic |
Prof. Peter Allen |
De Morgan House |
Graph Theory Abstract [PDF 41KB] |
1pm-3pm |
Nonlinear Free Surface Flows with Gravity and Surface Tension |
Advanced |
Prof. Jean-Marc Vanden-Broeck |
De Morgan House |
Nonlinear Free Surface Flows with Gravity and Surface Tension Abstract [PDF 18KB] |
3.10pm-5.10pm |
The Hardy-Littlewood Circle method |
Advanced |
Prof. Igor Wigman and Dr Steve Lester |
De Morgan House |
The Hardy-Littlewood Circle method Abstract [PDF 107KB] |
3.10pm-5.10pm |
Numerical Relativity |
Advanced |
Dr Katy Clough |
De Morgan House |
Numerical Relativity Abstract [PDF 113KB] |
