Transcript Kernfysica QNK lecture 1

Subjects for student presentations
Date
Subject
Name
1
13.5.
Neutrino Mass and Oscillations (BJ 15.3)
Michiel Bosma
2
3.6.
Nuclear b decay (Povh, 17.6 and BJ 5.2)
Tomas Janssen
3
3.6.
Neutrino Scattering (BJ 12.6.2 & 14.3.6)
Wouter van Essen
4
7.6.
The nuclear shell model (Heyde Ch. 9)
Febdian Rusydi
5
7.6.
Charmonium spectroscopy (handout)
Bartlomig Gabryelski
6
7.6.
Neutron stars (Povh, p. 226 etc.)
Aree Witoelar
7
10.6.
Collective model & Superdeform. (BJ 4.3)
Aard Keimpema
8
10.6.
The quark-gluon plasma (Povh, Ch. 20)
Sijbo-Jan Holtman
9
10.6.
Weak neutral currents (BJ 13.6.1-3)
Moslim Sohani
10 10.6.
CP violation in kaon decay (BJ 11.13)
Cristian Marocico
11 14.6.
Nuclear reactions (BJ 6.2 – 6.5)
Michel Bellos
12 14.6.
The spin of the proton (handout)
Aram Mol
13 HL-3
14.6.May 2004
Analysis of resonances
(BJ 9.2)
Kath. Vorderwinkler1
Kernfysica: quarks, nucleonen en kernen
Thursday 9:15 –12:00
Monday 11:15-13:00
room 5113.0201
room 5114.0004
19.4 GvdS Introduction, basic nuclear
physics
22.4 GvdS Electron scattering off nuclei,
nucleons and quarks
26.4. HL Basic particle physics and hadron
structure
29.4. HL The structure of mesons and
baryons
3.5. HL The nucleon-nucleon interaction
6.5. HL Nuclear reactions
10.5. HL Collective nuclear excitations
13.5. GvdS Rel Quantum Mechanics;
Student presentation 1
17.5. GvdS Applications of Dirac theory
20.5. No lectures (Ascension Day)
24.5. No lectures: FANTOM school mtg.
27.5. No lectures: FANTOM school mtg.
31.5. No lectures (Pentecost)
3.6. GvdS QCD;
Student presentations 2, 3
7.6. GvdS Spare time;
Student presentations 4, 5, 6
10.6. HL Spare time;
Student presentations 7, 8, 9, 10
14.6. (extra day) Student presentations 11, 12, 13; distribution of literature for tentamen
21.6. (extra day) 9:00 – 14:00 KVI: Tentamen (ca. 20 min p.p.)
HL-3 May 2004
Kernfysica: quarks, nucleonen en kernen
2