Those of you who were here last academeic year may remember us hosting Noether, a play about the mathematician Emmy Noether from Oxford student theatre company Cartesian Productions. Such was it success, it has been touring universities across the country and returns to the Andrew Wiles Building for its final show on 17th October.
The London Mathematical Society (LMS) Emmy Noether Fellowships and Grace Chisholm Young Fellowship are now open for applications. The Emmy Noether Fellowships offer grants of between £2,000 and £10,000 per applicant to enhance the mathematical sciences research of holders either re-establishing their research programme after returning from a major break associated with caring responsibilities or requiring support to maintain their research programme while dealing with significant ongoing caring responsibilities.
Quantifying immunosuppressive barriers using a mathematical framework of tumor-associated myeloid cell mediated resistance in oncolytic virotherapy
Maini, P
Mahasa, K
Ouifki, R
de Pillis, L
Eladdadi, A
Scientific Reports
Quantum fluctuations in hydrodynamics and quantum long-time tails
Jain, A
SciPost Physics
volume 21
issue 4
(01 Oct 2026)
doi:10.21468/scipostphys.21.4.083
Mon, 16 Nov 2026
16:30 -
17:30
L4
Mon, 23 Nov 2026
16:30 -
17:30
L4
The mean curvature blows up at nondegenerate neck pinch singularities of Lagrangian mean curvature flow
Lotay, J
Oliveira, G
(25 Sep 2026)
Tue, 13 Oct 2026
16:00
16:00
L6
A combinatorial approach to the CUE joint moment problem
George Snape
(University of Bristol)
Abstract
The joint moment problem asks to compute the averages of characteristic polynomials and their derivatives of random matrices drawn from one of the classical compact groups. Following the work of Bump and Gamburd (2006) and then Dehaye (2010), we will discuss the role of representation theory in this problem.
We then present recent work of the speaker giving an exact expression for these moments, valid for both finite matrix size and asymptotically. The expressions have a rich combinatorial structure, due to their relation to Kostka numbers and counting integer matrices (magic squares).
Time permitting, we will discuss a proof of a conjecture of Basor et al. (2018) on the connection between this problem and the irregular conformal block expansion of the Painlevé tau function.