New large value estimates for Dirichlet polynomials
Guth, L
Maynard, J
Annals of Mathematics
Planar chemical reaction systems with algebraic and non-algebraic limit cycles
Craciun, G
Erban, R
Journal of Mathematical Biology
Tue, 13 May 2025
15:30
15:30
L4
Parametrising complete intersections
Jakub Wiaterek
(Oxford)
Abstract
We use Non-Reductive GIT to construct compactifications of Hilbert schemes of complete intersections. We then study ample line bundles on these compactifications in order to construct moduli spaces of complete intersections for certain degree types.
On p -refined Friedberg–Jacquet integrals and the classical symplectic locus in the GL 2 n eigenvariety
Barrera Salazar, D
Graham, A
Williams, C
Research in Number Theory
volume 11
issue 2
(25 Apr 2025)
Tue, 29 Apr 2025
15:30
15:30
L4
On the birational geometry of algebraically integrable foliations
Paolo Cascini
(Imperial College London)
Abstract
I will review recent progress on extending the Minimal Model Program to algebraically integrable foliations, focusing on applications such as the canonical bundle formula and recent results toward the boundedness of Fano foliations.
Local character expansions and asymptotic cones over finite fields
Ciubotaru, D
Okada, E
Proceedings of the London Mathematical Society
In this Oxford Mathematics Public Lecture Gábor Domokos uses the geometric theory of tilings to describe natural patterns ranging from nanoscale to planetary scale, appearing in physics, biology, and geology and will introduce a new class of shapes called soft cells, which appear in both living and non-living nature.