Difference between revisions of "Hauptseminar Theorie und Simulation der weichen Materie WS 2014/2015"

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''Hard-sphere systems:''
 
''Hard-sphere systems:''
* [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Linear-response theory|Linear-response theory (Robin Lingstaedt)]]
+
* [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Linear-response theory|Linear-response theory]]
* [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Mode-Coupling_theory_for_hard_spheres| Mode-Coupling theory for hard spheres (Jonathan Bauch)]]
+
* [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Mode-Coupling_theory_for_hard_spheres| Mode-Coupling theory for hard spheres]]
* [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Monte Carlo and Molecular Dynamics simulations of hard sphere systems|Monte Carlo and Molecular Dynamics simulations of hard sphere systems (Michael Geiger)]]
+
* [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Monte Carlo and Molecular Dynamics simulations of hard sphere systems|Monte Carlo and Molecular Dynamics simulations of hard sphere systems]]
  
 
''Polymers and Polyelectrolytes:''
 
''Polymers and Polyelectrolytes:''
* [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Theory of polymers: efficient description of polymers in analytical calculations| Theory of polymers: efficient description of polymers in analytical calculations (Julian Maisch)]]
+
* [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Theory of polymers: efficient description of polymers in analytical calculations| Theory of polymers: efficient description of polymers in analytical calculations]]
* [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Theory of polymer dynamics: Rouse- vs. Zimm regime (Hydrodynamic interactions)| Theory of polymer dynamics: Rouse- vs. Zimm regime (Hydrodynamic interactions) (Henri Menke)]]
+
* [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Theory of polymer dynamics: Rouse- vs. Zimm regime (Hydrodynamic interactions)| Theory of polymer dynamics: Rouse- vs. Zimm regime (Hydrodynamic interactions)]]
* [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Polymer simulations in presence and in absence of hydrodynamic interactions| Polymer simulations in presence and in absence of hydrodynamic interactions (Julia Riede)]]
+
* [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Polymer simulations in presence and in absence of hydrodynamic interactions| Polymer simulations in presence and in absence of hydrodynamic interactions]]
  
 
''Ionic Liquids (ILs):''
 
''Ionic Liquids (ILs):''
* [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Atomistic simulation models: Polarizable versus classical force fields| Atomistic simulations using classical force fields: Polarizable versus non polarizable force fields (Jonas Weber)]]
+
* [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Atomistic simulation models: Polarizable versus classical force fields| Atomistic simulations using classical force fields: Polarizable versus non polarizable force fields]]
* [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Coarse-grained simulation models: What is left to be learned|Coarse-grained models for ionic liquids (Kai Philippi)]]
+
* [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Coarse-grained simulation models: What is left to be learned|Coarse-grained models for ionic liquids]]
 +
 
 +
== Schedule, speaker and resources ==
 +
{| class="wikitable"
 +
 
 +
|-
 +
! Date !! Time !! Topic !! Speaker !! Tutor !! Resources
 +
 
 +
|-
 +
| tba.
 +
| tba.
 +
| [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Linear-response theory|Linear-response theory]]
 +
| Robin Lingstaedt || Matthias Krüger
 +
| {{DownloadExt|/teaching/2014-ws-hauptseminar/Linear_Response_Lingstaedt.pdf|Handout}}
 +
 
 +
|-
 +
| tba.
 +
| tba.
 +
| [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Mode-Coupling_theory_for_hard_spheres| Mode-Coupling theory for hard spheres]]
 +
| Jonathan Bauch || Matthias Krüger
 +
|
 +
 
 +
|-
 +
| tba.
 +
| tba.
 +
| [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Monte Carlo and Molecular Dynamics simulations of hard sphere systems|Monte Carlo and Molecular Dynamics simulations of hard sphere systems]]
 +
| Michael Geiger || [[Jens Smiatek]]
 +
| {{DownloadExt|/teaching/2014-ws-hauptseminar/MC_MD_Geiger.pdf|Handout}}
 +
 
 +
|-
 +
| tba.
 +
| tba.
 +
| [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Theory of polymers: efficient description of polymers in analytical calculations| Theory of polymers: efficient description of polymers in analytical calculations]]
 +
| Julian Maisch || Matthias Krüger
 +
|
 +
 
 +
|-
 +
| tba.
 +
| tba.
 +
| [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Theory of polymer dynamics: Rouse- vs. Zimm regime (Hydrodynamic interactions)| Theory of polymer dynamics: Rouse- vs. Zimm regime (Hydrodynamic interactions)]]
 +
| Henri Menke || [[Jens Smiatek]]
 +
|
 +
 
 +
|-
 +
| tba.
 +
| tba.
 +
| [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Polymer simulations in presence and in absence of hydrodynamic interactions| Polymer simulations in presence and in absence of hydrodynamic interactions]]
 +
| Julia Riede || [[Jens Smiatek]]
 +
|
 +
 
 +
|-
 +
| tba.
 +
| tba.
 +
| [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Atomistic simulation models: Polarizable versus classical force fields| Atomistic simulations using classical force fields: Polarizable versus non polarizable force fields]]
 +
| Jonas Weber || [[Christian Holm]] und [[Konrad Breitsprecher]]
 +
|
 +
 
 +
|-
 +
| tba.
 +
| tba.
 +
| [[Hauptseminar_Theorie_und_Simulation_der_weichen_Materie_WS_2014/2015/Coarse-grained simulation models: What is left to be learned|Coarse-grained models for ionic liquids]]
 +
| Kai Philippi || [[Christian Holm]] und [[Konrad Breitsprecher]]
 +
|
 +
|}
  
 
== Getting the credit points ==
 
== Getting the credit points ==

Revision as of 11:01, 17 February 2015

Overview

Type
Seminar (Talks and Discussion)
Date and Time
Mo 23.02.2015 - We 25.02.2015
Location
Institut für Computerphysik, Seminar room 1.079
Credit Points
2 SWS = 3 CP
Teachers
Prof. Dr. Christian Holm (ICP)
Dr. Jens Smiatek (ICP)
Dr. Matthias Krüger (MPI für Intelligente Systeme)
Course Number
04570
Modules
PO 2011: 31620 Hauptseminar in Theoretischer Physik (benoteter Leistungsnachweis)
PO 2010: 28300 Fortgeschrittene Vielteilchentheorie (unbenoteter Leistungsnachweis als Prüfungsvorleistung)
Language
Englisch
Requirements
We expect the participants to have fundamental knowledge in classical and statistical mechanics, thermodynamics, electrodynamics, and partial differential equations.
Application (=Anmeldung) for the Seminar. Please write an email to Jens Smiatek until December 1 and name your three favorite topics. Topics will be assigned before December 15.
There will be organizational meeting that will be mandatory to all participants in 2015, probably before christmas to discuss topics and style.

Topics

General Topic: From Model Systems to Material Properties (Vom Modell zur Materialeigenschaft)

Hard-sphere systems:

Polymers and Polyelectrolytes:

Ionic Liquids (ILs):

Schedule, speaker and resources

Date Time Topic Speaker Tutor Resources
tba. tba. Linear-response theory Robin Lingstaedt Matthias Krüger Handout (1010 kB)
tba. tba. Mode-Coupling theory for hard spheres Jonathan Bauch Matthias Krüger
tba. tba. Monte Carlo and Molecular Dynamics simulations of hard sphere systems Michael Geiger Jens Smiatek Handout (1.25 MB)
tba. tba. Theory of polymers: efficient description of polymers in analytical calculations Julian Maisch Matthias Krüger
tba. tba. Theory of polymer dynamics: Rouse- vs. Zimm regime (Hydrodynamic interactions) Henri Menke Jens Smiatek
tba. tba. Polymer simulations in presence and in absence of hydrodynamic interactions Julia Riede Jens Smiatek
tba. tba. Atomistic simulations using classical force fields: Polarizable versus non polarizable force fields Jonas Weber Christian Holm und Konrad Breitsprecher
tba. tba. Coarse-grained models for ionic liquids Kai Philippi Christian Holm und Konrad Breitsprecher

Getting the credit points

To get the credit points for the seminar, the following criteria should be met:

  • All participants have to be present in all talks and play a part in the discussions.
  • The trial talk has to be given at least two weeks before the seminar starts.
  • Instead of writing a report after the talk, we expect the participants to distribute a handout two weeks before the seminar and send it to Jens Smiatek to be put up on the web page.
    • The handout is to be written in English.
    • All participants are expected to read the handout as preparation to the talk.
    • It should describe the contents of the talk, written out in full.
    • It should have 8 to 10 pages.
    • If available, up to three original articles can be attached to the handout.
  • The talk is to be given at the arranged time.
    • The talk is to be held in English.
    • The talk should take 40 to 45 minutes.
    • You have to prepare electronic slides for the talk.
    • They can be displayed on your own laptop or on the institute's laptop. In the first case, please check whether the projection works before the actual date, in the latter case, please contact us well beforehand so that we will bring the laptop.
    • After the talk, there will be a discussion on the talk, where all participants are expected to actively contribute.
    • After the discussion, we will give hints on how to improve the presentation.
  • For the participants that require a grade (PO 2011), the following aspects will be important:
    • The quality of the trial talk and final draft of the hand out (40%)
    • The quality of the final presentation (40%)
    • The level of participation in the discussion (20%)
    • The final handout has to be prepared until March 6th, 2015