News and Events

Mathematical Analysis of the interior of black holes

Upcoming seminars

22/09/2020, 17:00: Yang Li
Weak SYZ conjecture for hypersurfaces in the Fermat family
25/09/2020, 17:00: André Henriques
Reps of relative mapping class groups via conformal nets
28/09/2020, 17:00: Tom Claeys
Deformed Airy kernel determinants: from KPZ tails to initial data for KdV
29/09/2020, 17:00: Gonçalo Oliveira
Topology and the Yang Mills functional
30/09/2020, 18:00: Gunnar Carlsson
Topological Data Analysis and Deep Learning

Agregações and doctorates

24/09/2020, 14:30, Agregação: João Lopes Costa
Mathematics and numerical Methods for Economy and Finance I
Topics in Mathematical Relativity
06/07/2020, 15:00, Agregação: Henrique Manuel dos Santos Silveira de Oliveira
Mathematics of Music
Synchronization by small impacts
18/06/2020, 15:00, Agregação: João Filipe Quintas dos Santos Rasga
Decidability of First-Order Theories
Combining Logics and Theories
03/02/2020, 15:00, Agregação: Maria Luísa Ribeiro dos Santos Morgado
Numerical Methods for Fractional Differential Equations: an Introduction
Finite Difference Solution of Distributed-Order Diffusion Equations
31/01/2020, 15:00, PhD: Ragaa Ahmed Abbas Ahmed
On the anomalous diffusion of Hamiltonian systems perturbed by a conserving noise

Global Bulletin Board

Joint Online Mathematical Relativity Colloquium (JoMaReC)

28/07/2020

We host the outreach site for project

Propriedades globais de soluções das equações de Einstein, PTDC/MAT-ANA/1275/2014

The best current description of the Universe on a macroscopic scale is the General Relativity theory, which explains gravity in terms of deformation of the space-time geometry.

The theory predicts the existence of black holes – regions of space-time where geometry deformation is so intense that not even light can leave that region.

Research, work, and student seminars to be held at DMIST during the next few weeks.