Advanced Particle Physics  Home   Lectures   Links       Introduction to Experimental Particle Physics

Script, additional material, links, ... ... Datum Inhalt Materialien 20.4. Outline / Literature I. Introduction II. Pre-requisites: Relativistic kinematics, wave description, scattering matrix   27.4. II. Pre-requisites: Cross section, phase space, decay width, Dalitz plots III. QED: Dirac equation   4.5. III. QED: Feynman Rules, Matrix elements for fermion scattering   11.5. III. QED: Higher Orders: Bremsstrahlung, Running of Alpha, g-2   18.5. IV. e+e- Annihilation Experiments: Bhabha scattering, Tau pair production, Hadron production   25.5. IV. e+e- Annihilation Experiments: Resonances V. Experimental studies of QCD: Basics, Test of QCD in ee annihilation   1.6. V. Experimental studies of QCD: QCD test in DIS - Parton model, structure functions, scaling   8.6. V. Experimental studies of QCD: Scaling violation, DGLAP evolution, gluon densities, factorization   15.6. VI. Probing the weak interaction: Parity violation, V-A Theory   22.6. VI. Probing the weak interaction: Test of V-A structure. Muon decay, pion decay, neutrino nucleon scattering.   29.6. VI. Probing the weak interaction: Neutral current VII. Electroweak unification: Phenomenological approach.   6.7. VIII. Experimental Tests of the Standard Model   13.7. IX. Flavor Oscillation and CP violation: CKM Matrix and Mixing of neutral mesons   20.7. IX. Flavor Oscillation and CP violation: CP violation   27.7. IX. Flavor Oscillation and CP violation: Neutrino Oszillationen   Special issue of "Nature" on the Large Hadron Collider (link)

webmaster: UU