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The Vicky Neale Public Lecture recognises the invaluable contribution to mathematical education of the late Vicky Neale. In this lecture, economist and broadcaster Tim Harford looks at how data built the modern world - and how we can use it to build a better one.

5pm, Wednesday 10 July, 2024
Mathematical Institute,Oxford

A principle of maximum entropy for the Navier–Stokes equations
Chen, G Glimm, J Said, H Physica D: Nonlinear Phenomena volume 467 (01 Jul 2024)
Characterising cancer cell responses to cyclic hypoxia using mathematical modelling
Celora, G Nixson, R Pitt-Francis, J Maini, P Byrne, H (2024)
Approximate solutions of a general stochastic velocity-jump model
subject to discrete-time noisy observations
Ceccarelli, A Browning, A Baker, R (28 Jun 2024) http://arxiv.org/abs/2406.19787v4
Augmentations of Forman’s Ricci curvature and their applications in community detection
Fesser, L Serrano de Haro Iváñez, S Devriendt, K Weber, M Lambiotte, R Journal of Physics: Complexity volume 5 issue 3 (12 Aug 2024)
On AdS 4 deformations of celestial symmetries
Bittleston, R Bogna, G Heuveline, S Kmec, A Mason, L Skinner, D Journal of High Energy Physics volume 2024 issue 7 (02 Jul 2024)
Mon, 25 Nov 2024
16:30
L4

Infinite Dyson Brownian Motion as a Gradient Flow

Kohei Suzuki (Durham)
Abstract

The Dyson Brownian motion (DMB) is a system of interacting Brownian motions with logarithmic interaction potential, which was introduced by Freeman Dyson '62 in relation to the random matrix theory. In this talk, we discuss the case where the number of particles is infinite and show that the DBM induces a diffusion structure on the configuration space having the Bakry-Émery lower Ricci curvature bound. As an application, we show that the DBM can be realised as the unique Benamou-Brenier-type gradient flow of the Boltzmann-Shannon entropy associated with the sine_beta point process. 

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