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First, we should tell each other what we are interested in, and what we would like to do
 
First, we should tell each other what we are interested in, and what we would like to do
  
===What we can learn from simple models===
+
==Presentation of algorithms and programs==
  
Simple models can help us understand better the meaning of MPDs
+
* Benoit Braida (10 min): Molecules
 
+
* Mauro Causa'(10 min): Periodic systems
* Benoit Braida (15 min)
+
* Federica Agostini / Rodolphe Vuilleumier: Level set algorithms for domain optimization
* Andreas Savin  (0 min)
+
* James Anderson / Paul Ayers: Numerical Integration
 
+
* Angel Martín Pendás (10 min): Use of CI wave functions
Probabilities on QTAIM or ELF domains may also be of help
 
 
 
*Angel Martín Pendás (10 min)
 
  
===Resonance structures===
+
==Theory==
  
Are extensions of our formulas needed for them?
+
* Daniel Borgis: Localization Concepts in Classical DFT
Is there any connection to the weights of VB wave functions?
+
* Benoit Braida (10 min) : Are extensions of MPD formulas needed for Valence Bond Structures? Is there any connection to the weights of VB wave   functions?
 +
 +
* Angel Martín Pendás (10 min): Probabilities on QTAIM or ELF domains may also be of help
  
* Benoit Braida (10 min)
+
==Applications==
* Andreas Savin (10 min)
 
  
==Presentation of algorithms and programs==
+
* Mauro Causa' (10 min): MPDs in crystals
* Benoit Braida (10 min)
+
* Benoit Braida / Andreas Savin  (15 min): Simple models can help us understand better the meaning of MPDs
* Mauro Causa': Periodic systems (10 min)
 
* Federica Agostini / Rodolphe Vuilleumier: Level set algorithms for domain optimization
 
  
 
==Synchronisation of projects==
 
==Synchronisation of projects==
* Mauro Causa' [5 min ]
 
===Theory===
 
 
Daniel Borgis: Localization Concepts in Classical DFT
 
  
===Applications===
+
* Mauro Causa' (5 min)
* Mauro Causa' [10 min]
 

Version du 27 octobre 2011 à 22:34

In order to better plan the workshop, please add subjects and/or your name below and an rough estimate of the time you will need for your intervention

Presentation of subjects of interest

First, we should tell each other what we are interested in, and what we would like to do

Presentation of algorithms and programs

  • Benoit Braida (10 min): Molecules
  • Mauro Causa'(10 min): Periodic systems
  • Federica Agostini / Rodolphe Vuilleumier: Level set algorithms for domain optimization
  • James Anderson / Paul Ayers: Numerical Integration
  • Angel Martín Pendás (10 min): Use of CI wave functions

Theory

  • Daniel Borgis: Localization Concepts in Classical DFT
  • Benoit Braida (10 min) : Are extensions of MPD formulas needed for Valence Bond Structures? Is there any connection to the weights of VB wave functions?
  • Angel Martín Pendás (10 min): Probabilities on QTAIM or ELF domains may also be of help

Applications

  • Mauro Causa' (10 min): MPDs in crystals
  • Benoit Braida / Andreas Savin (15 min): Simple models can help us understand better the meaning of MPDs

Synchronisation of projects

  • Mauro Causa' (5 min)