Transcript Kernfysica QNK lecture 1

Tuesday 09:15-11:00
room 5113.0202
Friday 9:15 –12:00
room 5113.0201
26.4 GvdS Introduction, basic nuclear
physics
29.4 GvdS Scattering theory and shapes of
nucleons and nuclei
03.5. HL Basic particle physics and hadron
structure
06.5. No lectures
10.5. HL The structure of mesons and baryons
13.5. HL The nucleon-nucleon interaction
17.5. GvdS Electron scattering off nucleons and
quarks
20.5. GvdS Relativistic Quantum Mechanics
24.5. HL Nuclear reactions –I
27.5. HL Nuclear reactions – II
Collective nuclear excitations - I
31.5. GvdS Applications of Dirac Theory
03.6. GvdS Quantum Chromodynamics
07.6. GvdS;
10.6. HL Collective nuclear excitations - II
3 Student presentations
14.6. GvdS &HL;
2 Student presentations
17.6. No Lectures - (If needed  21.6.)
(extra day) 9:00 – 14:00 KVI: Oral Exam (ca. 30 min p.p.) 27.6.2005
HL- May 2005
quarks,
en kernen
Lecturers:
GvdS = G. van derKernfysica:
Steenhoven;
HLnucleonen
= H. Löhner
1
Subjects for student presentations
Date
Subject
Name
4
10.6.
The nuclear shell model (Heyde Ch. 9)
Wouter van Essen
6
10.6.
Neutron stars (Povh, p. 226 etc.)
Thijs Hollink
10 14.6.
CP violation in kaon decay (BJ 11.13)
Ymkje Huismans
9
Weak neutral currents (BJ 13.6.1-3)
Hossein Mardanpour
Analysis of resonances (BJ 9.2)
Leila Joulaeizadeh
14.6.
12 10.6.
HL- May 2005
Kernfysica: quarks, nucleonen en kernen
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