Tonbridge School Graduate Teachers 2026

Tonbridge School is looking to recruit a number of Graduate Teachers to start at the school in September 2026. Details about the role, the school, and the market-leading package can be found in the attached job advert.

We are hosting an in-person event on Monday 26th January at The King’s Arms from 19:00-21:00 for anyone interested in chatting to current staff about the role.

Fully funded PhD Opportunity in Numerical Linear Algebra

The University of Leicester offers a fully funded PhD position in numerical linear algebra. Specifically, the project focuses on the so-called absolute value equations. You can find more about the project and how to apply at the following URL:

PROMYS Europe 2026

PROMYS Europe 2026: 12 July – 22 August.

Announcing PROMYS Europe 2026, a challenging six-week residential mathematics summer programme at the University of Oxford, UK.

Fridays@2 Week 2: Women in Maths!

F@2 WK2

 

Next week's Fridays@2 session highlights Women in Maths: Past, Present and Future!

Join the Mirzakhani Society to learn and celebrate the amazing work of female mathematicians, and hear more about the upcoming Women in Maths conference!

Week 1 Student Bulletin

MI

 

It's the Week 1 Student Bulletin!

We hope the first week back of teaching has gone well, and you've settled back into university life. 

Read on for next week's Fridays@2, a paid summer maths counsellor opportunity, and more of your favourite shorts!

Generalised multilevel Picard approximations
 Giles, M Jentzen, A Welti, T IMA Journal of Numerical Analysis
Wed, 04 Feb 2026

11:00 - 13:00
L4

Scaling limit of a weakly asymmetric simple exclusion process in the framework of regularity structures

Prof. Hendrik Weber
(University of Münster)
Abstract
We prove that a parabolically rescaled and suitably renormalised height function of a weakly asymmetric simple exclusion process on a circle converges to the Cole-Hopf solution of the KPZ equation. This is an analogue of the celebrated result by Bertini and Giacomin from 1997 for the exclusion process on a circle with any particles density. The main goal of this article is to analyse the interacting particle system using the framework of regularity structures without applying the Gärtner transformation, a discrete version of the Cole-Hopf transformation which linearises the KPZ equation. 
 
Our analysis relies on discretisation framework for regularity structures developed by Erhard and Hairer [AIHP 2019] as well as estimates for iterated integrals with respect to jump martingales derived by Grazieschi, Matetski and Weber [PTRF 2025]. The main technical challenge addressed in this work is the renormalisation procedure which requires a subtle analysis of regularity preserving discrete convolution operators. 
 
Joint work with R. Huang (Münster / now Pisa) and K. Matetski (Michigan State).


 

An Algebro-geometric Higher Szemeredi Lemma
 Hrushovski, E ZAG Handbook of Algebraic Geometry 349-350 (28 Oct 2025)
ARCH-COMP25 Category Report: Stochastic Models
 Abate, A Akbarzadeh, O Blom, H Haesaert, S Hassani, S Lavaei, A Mathiesen, F Misra, R Nejati, A Niehage, M Ørum, F Remke, A Samari, B Wang, R Wisniewski, R Wooding, B Zaker, M Epic Series in Computing volume 108 122-151 (01 Jan 2025)
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