Die Inhalte der Kern- und Teilchenphysik sind:

• Kerne: Aufbau, Masse, Bindungsenergie

• Kernmodelle

• Kernzerfall und -spaltung, Kernkraftwerke

• Streuprozesse, Rutherford-Streunng, Formfaktoren

• Elektron-Nukleon-Streuung (elastisch, Resonanzanregung, tiefinelastisch)

• Elementare Fermionen, Dirac-Gleichung

• Wechselwirkungen, Feynmangraphen und -regeln, lokale Eichinvarianz

• Elektromagnetische Wechselwirkung in Experimenten

• Starke Wechselwirkung, QCD, laufende Kopplungskonstante, Confinement, Asymptotic freedom, Experimente zu starken WW, Hadron-Multipletts

• Schwache Wechselwirkung, Paritätsverletzung, Quark-Mischung und CKM-Matrix, CP-Verletzung, pi- und µ-Zerfall, e+e- Streuung auf Z-Resonanz

• Neutrinophysik

• Standardmodell: Elektroschwache Vereinigung und Higgs-Mechanismus

Title:

Integrated course 3: Quantum field theory, nuclear and particle physics

Credits: 16

Prerequisites

Participation restricted to members of the physics advanced study course

Contents

The integrated course 3 usually comprises a theory lecture on quantum field theory and a lecture on expermental nuclear and particle physics. Due to the small number of participants, the theory lecture will, as an exception to the rule, be replaced by the module Quantum Field Theory II by Prof. Kristina Giesel and will not be further described here.

The lecture on nuclear and particle physics covers:

• Nuclei: Composition, mass, binding energy

• Nuclear models

• Nuclear decay, nuclear fission, nuclear power plants

• Scattering processes, Rutherfdors scattering, form factors

• Electron-nucleon scattering (elastic, resonance regime, deep-inelastic)

• Elementary fermions, Dirac equation

• Interactions, Feynman graphs and rules, local gauge invariance

• Electromagnetic intreraction in particle experiments

• Strong interaction, QCD, running coupling constant, confinement, asymptotic freedom, experimental investigation of strong interactions, hadron multiplets

• Weak interactions, parity violation, quark mmixing and CKM matrix, CP violation, pi and µ decay, e^+e- scattering on the Z resonance

• Neutrino physics

• The Standard Model: Electroweak unification and Higgs mechanism

Please note: On Tuesday and Thursdays, there will in general be 120 minutes of lecture. No lectures will be held on: 16.05, 18.05, 25.05 (holiday), 06.06 (lecture-free), 13.06, 15.06 (holiday), and 11.-20.07. The slot on Friday is reserved for additional courses to be scheduled in agreement with the participants.

AG: Arbeitsgemeinschaft zu Quantenfeldtheorie und Teilchenphysik (IK-3)

Dozent/in: Prof. Dr. Uli Katz
Zeit und Ort: n.V.

UE: Übung zu Quantenfeldtheorie und Teilchenphysik (IK-3)

Dozent/in: Prof. Dr. Uli Katz
Zeit und Ort: Mi 13:00 - 17:00, TL 1.140
www: http://www.studon.uni-erlangen.de/crs1518408.html