18.7. Welcome & Introduction Karl Jansen
19.7. Computing Stephan Wiesand
20.7. Computing Stephan Wiesand
24.7 Introduction into Data Analysis Orel Gueta
25/26.7 Neutrino Physics I_II Walter Winter
27.7. Accelerator Physics I Pedro Castro
28.7 Accelerator Physics II Pedro Castro
31.7 Introduction to the Standard Model I Thorsten Kuhl
1.8 Introduction to the Standard Model II Thorsten Kuhl
2.8 Introduction to the Standard Model III Thorsten Kuhl
3/4.8. LHC I_II Ingo Bloch
7.8. Lattice Gauge Theory Constantia Alexandrou
8/9.8 Photoinjector PITZ I / II Gregor Loisch
11.8 Introduction to Magnetohydrodynamics Rolf Bühler
16.8 Advanced Methods of Data Analysis Orel Gueta
17.8 Machine Learning Techniques Stefan Ohm
21.8 Dark Matter I Moritz Hütten
22.8. Dark Matter II Moritz Hütten
25.8 Astroparticle Physics (in Hamburg) Gernot Maier
28.8 Cosmology I Jakob Nordin
29.8 Cosmology II Jakob Nordin
31.8. Perturbative QCD I Johannes Blümlein
1.9. Perturbative QCD II Johannes Blümlein
4.9. Introduction into Monte Carlo Methods Johannes Knapp
19.7. Computing Stephan Wiesand
20.7. Computing Stephan Wiesand
24.7 Introduction into Data Analysis Orel Gueta
25/26.7 Neutrino Physics I_II Walter Winter
27.7. Accelerator Physics I Pedro Castro
28.7 Accelerator Physics II Pedro Castro
31.7 Introduction to the Standard Model I Thorsten Kuhl
1.8 Introduction to the Standard Model II Thorsten Kuhl
2.8 Introduction to the Standard Model III Thorsten Kuhl
3/4.8. LHC I_II Ingo Bloch
7.8. Lattice Gauge Theory Constantia Alexandrou
8/9.8 Photoinjector PITZ I / II Gregor Loisch
11.8 Introduction to Magnetohydrodynamics Rolf Bühler
16.8 Advanced Methods of Data Analysis Orel Gueta
17.8 Machine Learning Techniques Stefan Ohm
21.8 Dark Matter I Moritz Hütten
22.8. Dark Matter II Moritz Hütten
25.8 Astroparticle Physics (in Hamburg) Gernot Maier
28.8 Cosmology I Jakob Nordin
29.8 Cosmology II Jakob Nordin
31.8. Perturbative QCD I Johannes Blümlein
1.9. Perturbative QCD II Johannes Blümlein
4.9. Introduction into Monte Carlo Methods Johannes Knapp