Difference between revisions of "Forschergruppe:RevisedProjects"

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(Proposals for New Title)
Line 5: Line 5:
 
* '''Novel Numerical Methods for Strongly Correlated Quantum Systems'''
 
* '''Novel Numerical Methods for Strongly Correlated Quantum Systems'''
 
* '''Advanced Numerics for Strongly Correlated Quantum Systems'''
 
* '''Advanced Numerics for Strongly Correlated Quantum Systems'''
 
+
* '''Advanced Computational Methods for Strongly Correlated Quantum Systems'''
  
 
Reasons:
 
Reasons:
Line 33: Line 33:
 
#:      2 PD + 1 PhD = 2.75
 
#:      2 PD + 1 PhD = 2.75
 
#:* Old 3. and 4. consolidated into one project (RN)
 
#:* Old 3. and 4. consolidated into one project (RN)
# Dynamical DMRG for quantum clusters (EJ & RN)
+
# Development of DMRG for dynamical response  (RN & EJ)
#:  (Hannover, Marburg, Aachen)  
+
#:  (Marburg, Hannover, Aachen)  
#:      1 PhD = 0.75
+
#:      2 PhD = 1.5
 +
#:  Outline:
 +
#:*  Nonlinear reponse
 +
#:*  Intermarriage of DDMRG and t-DMRG (especially for long-time response or steady state)
 +
#:*  Low, but finite temperatures
 +
#: Comments:
 
#:* TP & AH: Reinhard has to be project leader in at least one project as speaker. We suggest this one, or if Uli is content the previous.
 
#:* TP & AH: Reinhard has to be project leader in at least one project as speaker. We suggest this one, or if Uli is content the previous.
 
#:* formerly 5. DDMRG++ (EJ & RN)
 
#:* formerly 5. DDMRG++ (EJ & RN)
Line 45: Line 50:
 
#:  (Zürich, Göttingen, Stuttgart, Würzburg)
 
#:  (Zürich, Göttingen, Stuttgart, Würzburg)
 
#:      1 PD? = 1
 
#:      1 PD? = 1
# QMC nonequilibrium steady-state for impurity transport (AM)
 
#:  (Stuttgart, Würzburg)
 
#:      1 PhD = 0.75
 
 
# Dynamics of impurities with long-range interaction (SW)
 
# Dynamics of impurities with long-range interaction (SW)
 
#:  (Stuttgart, Würzburg)
 
#:  (Stuttgart, Würzburg)
 
#:      1 PhD = 0.75
 
#:      1 PhD = 0.75
 
#:* Stefan: can this project be absorbed into another one, e.g., 2.?
 
#:* Stefan: can this project be absorbed into another one, e.g., 2.?
 +
 +
* QMC nonequilibrium steady-state for impurity transport (AM)
 +
*:  (Stuttgart, Würzburg)
 +
*:      1 PhD = 0.75
 +
*:*  AM suggests to withdraw this project

Revision as of 17:34, 17 April 2008

Before we can start writing the proposal, we need to work more on (re)defining and fleshing out the project list. It is probably good to have 7 or 8 rather than 9 or 10 projects, and it would help to have more concrete names and a little description of each project.

Proposals for New Title

(Vote for one, add a new one, or comment!)

  • Novel Numerical Methods for Strongly Correlated Quantum Systems
  • Advanced Numerics for Strongly Correlated Quantum Systems
  • Advanced Computational Methods for Strongly Correlated Quantum Systems

Reasons:

  • "Quantum Impuries and Clusters" seems too specific and does not encompass all projects
  • "Dynamics" also does not fit all projects
  • Dieter Vollhardt is putting together a Forschergruppe whose subject is LDA+DMFT with proposed title "Realistic Dynamics of Correlated Electron Materials": although there is not so much overlap with ours in subject and projects, we need to distinguish ourselves from this proposal, especially in the title.

Comments:

  • AH: I prefer the "advanced" (for me, "novel" has connotations which might be good to avoid).
  • TP: I agree with Andreas. "Advanced" is better for various reasons
  • EJ: I agree that "Advanced" is better than "Novel" but I do not like "numerics". I would prefer "Advanced Numerical Methods for ...", "Advanced Computational Methods for .." or "Advanced Simulations for ..."

Revised Project List

(Please give your input here, and add a 2 or 3 line description of the content of each project)

  1. Cluster methods for spin systems (TP & AH)
    (Göttingen:TP & AH, Stuttgart:SW)
    1 PD (Gö) + 1 PhD (St) = 1.75
    Outline: Step 1: Set up a cluster dynamical mean-field framework for (frustrated) spin systems. Step 2: Test solution with an ED impurity solver (frustrated systems are expected to yield a sign problem). Step 3: Work on QMC impurity solver(s). Go back to step 1 whenever necessary.
  2. Bosonic & fermionic baths (FA)
    (Wuerzburg, Zuerich:MT & PW, Goettingen:TP)
    2 PhD (Wü & Gö & Zü) = 1.5
  3. Cluster impurity solvers with DMRG including multiorbital or chain (US,RN,EJ)
    (Aachen, Marburg, Hannover, Göttingen)
    2 PD + 1 PhD = 2.75
    • Old 3. and 4. consolidated into one project (RN)
  4. Development of DMRG for dynamical response (RN & EJ)
    (Marburg, Hannover, Aachen)
    2 PhD = 1.5
    Outline:
    • Nonlinear reponse
    • Intermarriage of DDMRG and t-DMRG (especially for long-time response or steady state)
    • Low, but finite temperatures
    Comments:
    • TP & AH: Reinhard has to be project leader in at least one project as speaker. We suggest this one, or if Uli is content the previous.
    • formerly 5. DDMRG++ (EJ & RN)
    • Goettingen definitely is interested here, too (not necessarily requesting resources, though)
  5. 2D DMRG (PEPS, etc.) (MT)
    (Hannover, Aachen, Marburg, Zürich)
    1 PhD = 0.75
  6. QMC methods for real-time dynamics (MT[PW])
    (Zürich, Göttingen, Stuttgart, Würzburg)
    1 PD? = 1
  7. Dynamics of impurities with long-range interaction (SW)
    (Stuttgart, Würzburg)
    1 PhD = 0.75
    • Stefan: can this project be absorbed into another one, e.g., 2.?
  • QMC nonequilibrium steady-state for impurity transport (AM)
    (Stuttgart, Würzburg)
    1 PhD = 0.75
    • AM suggests to withdraw this project