Mathematical Institute in association with Lincoln College 

Associate Professorship (or Professorship) of Complex Systems

The Mathematical Institute proposes to appoint an Associate Professor (or Professor) of Complex Systems from 1 August 2026 or as soon as possible thereafter. The successful candidate will be appointed to a Tutorial Fellowship at Lincoln College, under arrangements described in the attached job description. 

Ten simple rules for early-career researchers supervising short-term student projects.
Crossley, R Maini, P PLoS computational biology volume 21 issue 11 e1013690 (18 Nov 2025)
Persistent transcendental Bézout theorems
Buhovsky, L Polterovich, I Polterovich, L Shelukhin, E Stojisavljević, V Forum of Mathematics, Sigma volume 12 (27 Aug 2024)
Persistence modules, symplectic Banach–Mazur distance and Riemannian metrics
Stojisavljević, V Zhang, J International Journal of Mathematics volume 32 issue 07 2150040-2150040 (25 Jun 2021)
Persistence barcodes and Laplace eigenfunctions on surfaces
Polterovich, I Polterovich, L Stojisavljević, V Geometriae Dedicata volume 201 issue 1 111-138 (14 Aug 2019)
Coarse nodal count and topological persistence
Buhovsky, L Payette, J Polterovich, I Polterovich, L Shelukhin, E Stojisavljević, V Journal of the European Mathematical Society (16 Sep 2024)
Persistence Modules with Operators in Morse and Floer Theory
Polterovich, L Shelukhin, E Stojisavljević, V Moscow Mathematical Journal volume 17 issue 4 757-786 (2017)
Wed, 03 Dec 2025
17:30
Lecture Theatre 1

Understanding Infectious Disease Transmission: Insights and Uncertainty - Christl Donnelly

Christl Donnelly
Abstract

How do diseases spread and how can the analysis of data help us stop them? Quantitative modelling and statistical analysis are essential tools for understanding transmission dynamics and informing evidence-based policies for both human and animal health.

In this lecture, Christl will draw lessons from past epidemics and endemic diseases, across livestock, wildlife, and human populations, to show how mathematical frameworks and statistical inference help unravel complex transmission systems. We’ll look at recent advances that integrate novel data sources, contact network analysis, and rigorous approaches to uncertainty, and discuss current challenges for quantitative epidemiology.

Finally, we’ll highlight opportunities for statisticians and mathematicians to collaborate with other scientists (including clinicians, immunologists, veterinarians) to strengthen strategies for disease control and prevention.

Christl Donnelly CBE is Professor of Applied Statistics, University of Oxford and Professor of Statistical Epidemiology, Imperial College London.

Please email @email to register to attend in person.

The lecture will be broadcast on the Oxford Mathematics YouTube Channel on Wednesday 17 December at 5-6 pm and any time after (no need to register for the online version).

The Oxford Mathematics Public Lectures are generously supported by XTX Markets.


 

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