Event Kalender

Mo Di Mi Do Fr Sa So
1
Week 1: Higher Structures and Field Theory
2
Week 1: Higher Structures and Field Theory
3
Week 1: Higher Structures and Field Theory
Self-adjointness and bounded systems in quantum theory
4
Week 1: Higher Structures and Field Theory
A nonsmooth Newton-type method for MPCCs
5
Week 1: Higher Structures and Field Theory
6 7
8
Week 2: Higher Structures and Field Theory
9
Week 2: Higher Structures and Field Theory
10
Week 2: Higher Structures and Field Theory
11
Week 2: Higher Structures and Field Theory
Metastability of Ising/Potts models in large volumes in the zero-temperature limit
Thesis defense Mark Jason Celiz
12
Week 2: Higher Structures and Field Theory
13 14
15 16
Week 3: Higher Structures and Field Theory
17
Week 3: Higher Structures and Field Theory
18
Week 3: Higher Structures and Field Theory
19
Week 3: Higher Structures and Field Theory
20 21
22
Week 4: Higher Structures and Field Theory
Pauli Symposion on „Asymptotic Analysis and Geophysical flows“
23
Week 4: Higher Structures and Field Theory
24
Week 4: Higher Structures and Field Theory
25
Week 4: Higher Structures and Field Theory
26
Week 4: Higher Structures and Field Theory
27 28
29 30 31 1 2 3 4
01.08.2022 10:00
 

Week 1: Higher Structures and Field Theory

03.08.2022 15:30
 

Self-adjointness and bounded systems in quantum theory

Yurii Sitenko (National Academy of Sciences Ukraine)

04.08.2022 11:30
 

A nonsmooth Newton-type method for MPCCs

Patrick Mehlitz (BTU Cottbus–Senftenberg & University of Mannheim)

08.08.2022 10:00
 

Week 2: Higher Structures and Field Theory

11.08.2022 14:00
 

Metastability of Ising/Potts models in large volumes in the zero-temperature limit

Seonwoo Kim (Seoul National University)

11.08.2022 14:30
 

Thesis defense Mark Jason Celiz

Mark Jason Celiz (Universität Wien)

16.08.2022 09:00
 

Week 3: Higher Structures and Field Theory

22.08.2022 09:00
 

Week 4: Higher Structures and Field Theory

22.08.2022 10:15
 

Pauli Symposion on „Asymptotic Analysis and Geophysical flows“

Rupert Klein (FU Berlin), Edriss Titi (Universität Cambridge)