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Phenomenological Aspects of Leptons and Quarks:
- Quantum numbers (baryon number, lepton-family numbers) and their tests.
- Chiral states and selection rules.
- Mass sectors for quarks and leptons in the standard model: The reconstruction
problem.
- Mixing matrices of weak states of quarks and leptons: Phenomenology and relation
to the mixing matrices.
The Standard Model of Electroweak and Strong Interactions:
- The geometry of non-abelian gauge theories: Differential-geometric foundations.
- Anomalies, BRST-Symmetry and their consequences.
- Spontaneous symmetry breaking and the Higgs sector: Phenomenology and
alternatives to the classical Higgs mechanism.
- Extensions of the standard model: Noncommutative geometry.
- Gravitation and the standard model: Similarities and differences.
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