• Keine Ergebnisse gefunden

Schedule sommer term seminar

N/A
N/A
Protected

Academic year: 2022

Aktie "Schedule sommer term seminar"

Copied!
2
0
0

Wird geladen.... (Jetzt Volltext ansehen)

Volltext

(1)

Schedule sommer term seminar Physics of viruses Frederik Graw, Ulrich Schwarz, Falko Ziebert

30 students, mainly physics, except if noted otherwise 1 speaker 20+10

2 speakers 30+15 3 speakers 40+20 Monday June 21 9-13 9.00-9.45

Caspar-Klug theory for capsids

Romain Chazotte and Linus von Klitzing 9.45-10.30

Energetics of capsid assembly

Margareta von Samson Himmelstierna Break

10.45-11.30

Computer simulations of capsid assembly

Dominic Holst, Hans Olischlaeger and Elias Weber 11.30-12.15

Genome packing Mohammed Sinan Friday June 25 14-18 14.00-14.45

Virus uptake at membranes by endocytosis and fusion Michelle Sommer (Mobi) and Felix Schnabel (Mobi) 14.45-15.30

Structure of SARS-CoV-2

Johannes Gebauer and Vanessa Nadia Huth Break

15.45-16.30

Introduction to viral spread and epidemics Catherine Knobloch and Julia Siegl 16.30-17.15

Viral kinetics of influenza infections Moritz Sindram and Jonte Volkers 17.15-18.00

Spatial SIR-modelling for HIV

Jana Carolin Lechner and Hanchen Li Monday June 28 9-13

9.00-9.45

SIR-models for SARS-CoV-2 pandemic

(2)

Julia Köberle (Mobi) and Anna Münch (Mobi) 9.45-10.45

Forecasting global pandemics and mitigation strategies Ceren Ekinci, Gunho Jun, Elena Kaube (Mobi)

Break 11.00-11.45

Vaccination effects on SARS-CoV-2 epidemics Lennart Heinz, Franka Neumann

Friday July 2 14-18 14.00-15.00

Epidemics in social contact networks and superspreading Franziska Lam (Mobi), Jeanine Wippermann, Marco Wolf 15.00-15.45

Predicting influenza evolution

Szilard Varga (Biologie) and Arvinash Singam 15.45-16.15

Phylogenetics for predicting viral evolution Josch Hagedorn

Referenzen

ÄHNLICHE DOKUMENTE

We presume that the statistic similarity between two authors’ specific topic pro- files, computed by analyzing their personal blog posts, correlates with the path distance between

[r]

The main contribution of network science to epidemiology is that it allows for the analysis of detailed contact structures. If detailed information about the contact struc- ture

Alexander Reinauer Henrike Ottmar Emanuel Frank Sebastian Buß Christopher Pflüger Simon

Teil A (4 KP), Leistungsnahweis: 60% der Übungen sinnvoll bearbeitet, je für die Theorieaufgaben und für die Programmieraufgaben (P), bestandene ShlussklausurP. Parallel können

Die Vorlesung Numerik der partiellen Dierentialgleihungen ist KEINE

Dafür werden wir das Buh An intro dution to sienti omputing: Twelve omputational projets solved with MATLAB benutzen.. Beispiele: Numerishe Lösung von Dierentialgleihungen

external positioning reference plane, an input capstan and means to expose sequential sections of the tape to a transducer, comprising a cartridge housing, position ing