Programme
Venue: University of Reading, Whiteknights Campus, Edith Morley Building; Talks: Room 126; Lunches/coffee breaks: Room 125.
13 July 2022
Time | Speaker | Title |
---|---|---|
8:50–9:00 | Opening remarks | |
9:00–9:45 | Roger Moser | Infinity-harmonic functions and the inverse mean curvature flow |
10:00–10:45 | Elvira Zappale | Lower semicontinuity and relaxation for non local supremal functionals |
11:00–11:30 | Brunch/coffee | |
11:30–12:15 | Francesca Prinari | Some shape optimization problems involving principal frequencies of the p-Laplacian |
12:30–13:15 | Juan Manfredi (online) | On the ∞-Laplacian relative to vector fields |
13:30–15:00 | Lunch | |
15:00–15:30 | Ed Gallagher | The ∞-elastica problem on a Riemannian manifold |
15:40–16:10 | Camilla Brizzi | The entropic regularization of the \(L^{\infty}\) Optimal Problem |
16:20–16:50 | Anna Kausamo | The sufficiency of c-cyclical monotonicity for the optimality of transport plans |
17:30–19:00 | Dinner |
Dinner arrangements: Park House at 18:00 (University of Reading, Whiteknights Campus).
14 July 2022
Time | Speaker | Title |
---|---|---|
9:00–9:45 | Yuan Zhou (online) | \(C^1\)-regularity for \(L^\infty\)-Varational problem involving Hamiltonian \(H(\xi)\) in plane |
10:00–10:45 | Luigi De Pascale | \(L^\infty\)-optimal transport for a class of strictly quasiconvex cost functions |
11:00–11:30 | Brunch/coffee | |
11:30–12:15 | Maria Stella Gelli | On a generalized notion of supremal functionals |
12:30–13:15 | Leon Bungert (online) | Tackling \(\mathrm{L}^\infty\) eigenvalue problems with convex analysis |
13:30–15:00 | Lunch | |
15:00–15:30 | Fa Peng (online) | A new proof of Liouville property for planar infinity harmonic function |
15:40–16:10 | Ed Clark | Isosupremic vectorial minimisation problems with general nonlinear constraints |
16:20–16:50 | Anna Chiara Zagati | Geometric estimates for generalized principal frequencies |
17:30–19:00 | Dinner |
Dinner arrangements: Cosmo Restaurant in the town centre at 18:00 (35-38 Friar St, Reading RG1 1DX). [Shuttle booked for all speakers from the campus to take us there, meeting point outside the Maths Department at 17:30.]