Schedule

Wednesday, January 22
9:30-9:50	Registration
9:50-10:00	Opening
10:00-11:00	Christoph Kehle (Massachusetts Institute of Technology)--Gravitational collapse to extremal Reissner-Nordström and the third law of black hole thermodynamics [Slides]
11:00-11:20	Coffee break
11:20-11:40	Raya Mancheva (The University of Edinburgh)--Two spherically symmetric matter models near the weak null singularity in an Einstein-Maxwell-scalar field spacetime [Slides]
11:40-12:00	Tomasz Smołka (University of Warsaw)--Interacting Kerr-Newman electromagnetic fields [Slides]
12:00-12:20	Ariadna León Quirós (Universität Tübingen)--How Robinson's method to prove Black Hole uniqueness influences Geometric Analysis [Slides]
12:20-14:00	Lunch break
14:00-14:20	Eduardo Hafemann (University of Hamburg)--A low-regularity Riemannian positive mass theorem for non-spin manifolds with distributional curvature [Slides]
14:20-14:40	Sarah Muth (Memorial University of Newfoundland)--The Penrose inequality in spherical symmetry for Gauss-Bonnet gravity [Slides]
14:40-15:00	Jordan Marajh (Queen Mary University of London)--Controlled regularity at future null infinity from past asymptotic initial data: wave equation [Slides]
15:00-15:20	Coffe break
15:20-15:40	Oskar Schiller (Universität Hamburg)--The Initial Value Formulation of the Einstein Equations in Generalized Geometry [Slides]
15:40-16:00	Benjamin Meco (Uppsala University)--Uniform Temple charts and applications to null distance [Slides]
16:00-16:20	Florian Babisch (University of Tübingen)--A new proof of the extended Minkowski inequality via a divergence inequality [Slides]

Thursday, February 15
10:00-11:00	Heino Falcke (Radboud University)--What's in a shadow? Past, Present and Future of Black Hole Imaging
11:00-11:30	Conference photo and coffee break
11:30-11:50	Carl Rossdeutscher (University of Vienna)--Topology and singularities in cosmological spacetimes obeying the null energy condition: Rigidity aspects [Slides]
11:50-12:10	Leonardo Garcia-Heveling (University of Hamburg)--Reconstructing the Past with the Cosmological Time Function [Slides]
12:10-12:30	Phillipo Lappicy (Universidad Complutense de Madrid )--Oscillatory spacelike singularities: The Bianchi type \(VI_{−1/9}\) vacuum models [Slides]
12:30-14:00	Lunch break
14:00-14:20	Liam Urban (University of Vienna)--Quiescent Big Bang formation in polarized \(U(1)\)-symmetry [Slides]
14:20-14:40	Andrés Franco Grisales (KTH)--Developments of initial data on big bang singularities for the Einstein-nonlinear scalar field equations [Slides]
14:40-15:00	Maximilian Ofner (University of Vienna)--Stability and Instability of Relativistic Fluids in Slowly Expanding Spacetimes [Slides]
15:00-15:40	Coffee break and poster session ([Simone Coli], [Ahmed Ellithy], [Noah Migoski])
15:40-16:00	Károly Csukás (Wigner RCP)--Hyperboloidal initial data without logarithmic singularities [Slides]
16:00-16:20	Anna Sancassani (University of Tübingen)--Insights on Michel charges in the asymptotically hyperboloidal setting and their evolution [Slides]
16:20-16:40	Berend Schneider (University of Guelph)--Asymptotically Conserved Quantities in GR [Slides]

Friday, February 16
10:00-11:00	Béatrice Bonga (Radboud University)--Non-linearities after the collision of two black holes [Slides]
11:00-11:20	Coffee break
11:20-11:40	Ariadna Ribes Metidieri (Radboud University)--Black hole tomography: Unveiling the horizon geometry and dynamics by gravitational waves observations [Slides]
11:40-12:00	Sjors Heefer (Eindhoven University of Technology)--Gravitational Waves in Finsler Gravity [Slides]
12:00-12:20	Patrick Bourg (Radboud University)--Importance of non-linearities in a black-hole ringdown [Slides]
12:20-12:30	Closing