CORRIGENDUM: An entanglement monotone from the contextual fraction (2025
<i>New J. Phys.</i>
 27 054506)
Chan, T Constantin, A New Journal of Physics volume 28 issue 2 029501-029501 (01 Feb 2026)
The τ -function of the Ablowitz-Segur family of solutions to Painlevé II as a Widom constant
Desiraju, H Journal of Mathematical Physics volume 60 issue 11 (01 Nov 2019)
Painlevé/CFT correspondence on a torus
Desiraju, H Journal of Mathematical Physics volume 63 issue 8 (01 Aug 2022)
Fredholm determinant representation of the homogeneous Painlevé II τ-function
Desiraju, H Nonlinearity volume 34 issue 9 6507-6538 (01 Sep 2021)
Isomonodromic Tau Functions on a Torus as Fredholm Determinants, and Charged Partitions
Del Monte, F Desiraju, H Gavrylenko, P Communications in Mathematical Physics volume 398 issue 3 1029-1084 (01 Mar 2023)
Nonlinear steepest descent on a torus: a case study of the Landau-Lifshitz equation
Desiraju, H Its, A Prokhorov, A Nonlinearity volume 38 issue 4 (30 Apr 2025)
A Predictive Model for Synergistic Oncolytic Virotherapy: Unveiling the Ping-Pong Mechanism and Optimal Timing of Combined Vesicular Stomatitis and Vaccinia Viruses
Malinzi, J Eladdadi, A Ouifki, R Eftimie, R Madzvamuse, A Byrne, H (2026)
Mon, 16 Feb 2026
16:00
C5

The Taylor-Wiles patching method and beyond

Simon Alonso
(Imperial College London )
Abstract

In this talk I will give a hopefully not too technical introduction to one of the techniques that allowed Taylor and Wiles to prove the modularity theorem that was the final step for proving Fermat's Last Theorem.
After explaining how the patching works, I will present some generalisations of the method to different contexts. If time permits, I will also briefly explain how patching was used to produce a candidate for the p-adic local Langlands correspondence.

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