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12720 Nuclear and Particle Physics - M. ADVANCED PHYSICST, SPE. HEORETICAL PHYSICS


Center
Student Information Service-Master
Departament
Atomic, Molecular and Nuclear Physics
Lecturers in charge
G8338 - ANTONIO FERRER SORIA
Met. Docent
The professor introduces the basic concepts of each chapters and proposes some related problems that the student works at home, and that are revised afterwards.
Met. Avaluació
Final examination - -
Bibliografia
· "Introductory Nuclear Physics". Kenneth S. Krane, John Wiley & SonsInc., 1988
· "Nuclear and Particle Physics". W.E. Burcham & M. Jobes, Longman Scientific & Technical, London, 1995.
· "Física Nuclear y de Partículas". A. Ferrer. Dpto. de F.A.M.N., Univ. de Valencia, 1998
· "Nuclear and Particle Physics". W.S.C. Williams,.Oxford Science Pub., Oxford, 1997.
· "Introductory to High Energy Physics". D.H. Perkins. Cambridge University Press. Fourth edition. 2000
· "Table of Isotopes", Richard B. Firestone, Eight edition, CD-ROM John
Continguts
The purpose of this course is to introduce the fundamental concepts of the Nuclear Physics and Particle Physics to students with Quantum Mechanics and Atomic Physics background. We study nuclear properties, nuclear decay and nuclear reactions, as well as the properties and the interaction modes of elementary particles.

1. BASIC CONCEPTS.
2. NUCLEAR PROPERTIES.
3. THE NUCLEAR FORCE.
4. NUCLEAR MODELS.
5. RADIACTIVE DECAY.
6. NUCLEAR RADIATION DETECTION.
7. ALFA DECAY.
8. BETA DECAY.
9. GAMMA DECAY.
10.FISSION AND FUSION PROCESSES.
11.QUARKS AND LEPTONS.
12.SYMETRIES AND CONSERVATION LAWS.
13.HADRONS SPECTROSCOPY.