Symmetry Methods in Nuclear Physics
Capita Selecta course
For Ph.D. and 2nd licentiate
students
Content
Tuesday, 14h00
Room 02.84
Instituut voor Kern- en Stralingsfysica
Katholieke Universiteit Leuven
Celestijnenlaan 200 D
B-3001 Leuven, Belgium
Examination:
28 June 2002, at 9h00
Date
Summary of the lectures
Problems
Solutions
11 Feb 2002
Lecture 1.
General Properties of the Angular Momentum: eigenvalues and eigenvectors, angular momentum coupling
Problems 1
Solutions 1
18 Feb 2002
Lecture 2.
Introduction to Group Theory
Problems 2
Solutions 2
25 Feb 2002
Lecture 3.
Introduction to Representation Theory of Finite Groups
Problems 3
Solutions 3
5 Mar 2002
Lecture 4.
Application of Group Theory to Quantum Mechanics. Part I
Problems 4
Solutions 4
12 Mar 2002
Lecture 5.
Application of Group Theory to Quantum Mechanics. Part II
Problems 5
Solutions 5
19 Mar 2002
Lecture 6.
The Nuclear Shell Model. One-Particle Problem
Problems 6
Solutions 6
26 Mar 2002
Lecture 7.
The Nuclear Shell Model. Two-Particle Problem
Problems 7
Solutions 7
14 Apr 2002
Lecture 8.
The Nuclear Shell Model. Many-Particle Problem
Problems 8
Solutions 8
22 Apr 2002
Lecture 9.
The Nuclear Shell Model. Calculation of Observables
Problems 9
Solutions 9
23 Apr 2002
Lecture 10.
Shell model codes. Calculations using Oxbash
Problems 10
Solutions 10
30 Apr 2002
Lecture 11.
Continuous Groups
Problems 11
Solutions 11
14 May 2002
Lecture 12
Symmetries in the Nuclear Shell Model
Problems 12
Solutions 12
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Last modified on 13 May 2002