Spring 2022

February 15, 2022
3:30pm UK time	Toti Daskalopoulos (Columbia)	Type II smoothing in Mean curvature flow	abstract
February 22, 2022
3:30pm UK time	Michael Winkler (Universität Paderborn)	Can primitive chemotaxis generate spatial structures?	abstract
March 1, 2022
3:30pm UK time	David Ruiz (Granada)	Symmetry results for compactly supported solutions of the 2D steady Euler equations	abstract
March 8, 2022
3:30pm UK time	Hao Jia (Minneapolis)	Vortex symmetrization problem for the 2d Euler equation	abstract
March 15, 2022
3:30pm UK time	Andrej Zlatoš (San Diego)	Homogenization in front propagation models and non-autonomous subadditive theorems	abstract
March 22, 2022
3:30pm UK time	Philippe Souplet (Université Sorbonne Paris Nord)	Diffusive Hamilton–Jacobi equations and their singularities	abstract
March 29, 2022
3:30pm UK time	Yao Yao (Singapore)	Aggregation-diffusion equation: symmetry, uniqueness and non-uniqueness of steady states	abstract
April 5, 2022
3:30pm UK time	Boyan Sirakov (Pontifícia Universidade Católica do Rio de Janeiro)	Basic elliptic estimates with optimized constants and applications to the qualitative theory of elliptic PDE	abstract
April 26, 2022
3:30pm UK time	Matteo Novaga (Università di Pisa)	Long-time behaviour of fractional mean curvature flow	abstract
May 3, 2022
3:30pm UK time	Javier Gómez-Serrano (Universitat de Barcelona)	Rigidity and flexibility of stationary solutions of the Euler equations	abstract
May 10, 2022
3:30pm UK time	Mark Peletier (Technische Universiteit Eindhoven)	Continuum limit for annihilating dislocations in one dimension	abstract
May 17, 2022
3:30pm UK time	Alberto Enciso (ICMAT, Spain)	MHD equilibria with nonconstant pressure in toroidal domains	abstract
May 24, 2022
3:30pm UK time	Eleonora Cinti (Università di Bologna)	Flatness results for stable solutions to some nonlocal problems	abstract
May 31, 2022
3:30pm UK time	Miles Wheeler (University of Bath)	Overhanging water waves with constant vorticity	abstract
June 7, 2022
3:30pm UK time	Michele Coti Zelati (Imperial College London)	Exponential mixing for random flows	abstract