ISOLDE Shell Model Course for Non Practitioners

from Monday, October 14, 2013 (9:00 AM) to Friday, October 18, 2013 (5:30 PM)
CERN (593-R-010)

        : Sessions
    /     : Talks
        : Breaks
Oct 14, 2013
Oct 15, 2013
Oct 16, 2013
Oct 17, 2013
Oct 18, 2013
AM
9:00 AM
Lectures I (until 12:30 PM)
9:00 AM Basic notions: valence spaces, basis (I)  
10:00 AM Shell Model codes (I)  
11:00 AM --- Break ---
11:30 AM Basic notions: valence spaces, basis (II)  
9:00 AM
Lectures II (until 12:30 PM)
Video in CDS
9:00 AM Interactions (I)  
10:00 AM Effective Interactions (III)  
11:00 AM --- Break ---
11:30 AM Shell Model Description of Collectivity (II)  
Video in CDS
9:00 AM
Lectures III (until 12:30 PM)
9:00 AM Shell Model Description of Collectivity (I)  
Video in CDS
10:00 AM Effective Interactions (III)  
Video in CDS
11:00 AM --- Break ---
11:30 AM Shell Model Description of Collectivity (II)  
9:00 AM
Lectures IV (until 12:30 PM)
9:00 AM Lanczos Strength Functions (I)  
10:00 AM Shell Model Description of Collectivity (III)  
Video in CDS
11:00 AM --- Break ---
11:30 AM LSF for beta decays, spectroscopic factor and more (II)  
Video in CDS
9:00 AM
Computing Session V: Lanczos Strength Functions. (until 12:30 PM)
9:00 AM GT transitions (option 24)  
10:10 AM Spectroscopic factors (option 26)  
11:20 AM Calculation of distributions using LSF method (options 6,7)  
PM
12:30 PM --- Lunch ---
2:00 PM
Computing Session I: Basic notions: valence spaces, basis, codes (until 6:00 PM)
2:00 PM Calculating dimensions (option 1)  
2:40 PM Estimating computational time (option 2)  
3:20 PM Diagonalizations with different pivots (options 4,5,6,7)  
4:00 PM Wave functions (option 11)  
4:40 PM Changing truncations (option 31)  
5:20 PM Changing the basis (options 23, 32, 33)  
12:30 PM --- Lunch ---
2:00 PM
Computing Session II: Effective interactions for SM calculations (until 6:00 PM)
2:00 PM Structure of Hamiltonian files  
3:00 PM Modifying the s.p. energies  
4:00 PM Modifying the monopoles (option 52)  
5:00 PM Calculating ESPE  
12:30 PM --- Lunch ---
2:00 PM
Computing III: Spectroscopy (until 6:00 PM)
2:00 PM Level schemes  
3:00 PM Occupation numbers  
4:00 PM Calculations at fixed configuration  
5:00 PM Calculating EM transitions (option 12)  
12:30 PM --- Lunch ---
2:00 PM
Computing Session IV: Shell model description of deformation. (until 6:00 PM)
2:00 PM Sum rules of transition operators (option 21)  
3:20 PM Calculation of spectroscopic/intrinsic quadrupole moments  
4:40 PM Interpretation of the results: axiality, triaxiality,