Seminar 1 (M.Sc.) - Kern- und Teilchenphysik
Instructors: Lívia LudhováShortname: 08.128.80104
Course No.: 08.128.80104
Course Type: Seminar
Requirements / organisational issues
Every participant should select two topics ordered according to the preference and send to ludhova@gmail.com by the end of February· Discovery of Neutrino Oscillations (A. Weber)
· Majorana Neutrinos (T. Hurth)
· Do Sterile Neutrinos exist? (A. Weber)
· Astrophysical Evidence for Dark Matter (U. Oberlack)
· Cauldrons in the cosmos: nuclear astrophysics (C. Sfienti)
· Chernobyl and Fukushima Nuclear Accidents (P. Capel)
· CP Violation and Quark Mixing (R. Wanke)
· Detector Systems in Particle Physics (V. B¨uscher)
· Discoveries and fluctuations: statistical methods to tell them apart (L. Masetti)
· The weak interaction: from the discovery of W and Z bosons to precision measurements (S. Tapprogge)
· Discovery of the Higgs Boson (C. Schmitt)
· Flavour Changing Neutral Currents (T. Hurth)
· Halo nuclei, Rydberg atoms and Efimov states: a study of exotic quantum structures (P. Capel)
· Interaction of Radiation with Matter (A. Esser)
· Machine learning in High Energy Physics (C. Schmitt)
· Multi-messenger Astronomy (C. Sfienti)
· Core-collapse supernovae and neutrinos from SN1987A (M. Wurm)
· Neutron Stars (C. Sfienti)
· NMR in Research and Medicine (A. Thomas)
· Nuclear Energy (F. Maas)
· Particle Accelerators (M. Dehn)
· Particle Identification with Cherenkov Detectors (M. Hoek)
· Particle Identification with Scintillation Detectors (W. Gradl)
· Precision Measurement of the Muon Lifetime (N. Berger)
· Production and Mass Measurement of the Top Quark (L. Masetti)
· Radiation Therapy (M. Thiel)
· Reactor Neutrinos: From First Discovery to Oscillations in Action (M. Wurm)
· The Cosmic Supernova Neutrino Background (M. Wurm)
· Journey to the Earth’s Interior: Geoneutrinos and Jules Verne’s Dream (L. Ludhova)
· Solar Neutrinos: Messengers from the Sun’s Core (L. Ludhova)
· JUNO: Precision Neutrino Physics at the 20-kton Scale (L. Ludhova)
· Extrasolar Planetary Systems (M. Thiel)
· Searching for light Dark Matter at MESA (A. Denig)
· Silicon Pixel Detectors (N. Berger)
· The Cosmic Microwave Background (CMB): Ripples in the thermal afterglow of the hot Big Bang (U. Oberlack)
· The Cosmic Radiation Puzzle (S. B¨oser)
· Double beta decay processes and neutrinoless double beta decay (V. Palusova)
· Neutrino Detectors from MeV to EeV (S. B¨oser)
· The discovery of the tau lepton and tau identification in ATLAS (D.B. Ta)
· Tracking Detectors (M. Hoek)
· K+ ? p+? ¯?: How to measure the rarest particle decay ever observed? (R. Wanke)
· XYZ states - Exotic hadrons in the charmonium sector (N. H¨usken)
· The search for the tetraneutron: Can four neutrons stick together? (P. Capel)
· Deep underground laboratories for high energy physics (S. Schoppmann)
Digitale Lehre
Short Description :
Available topics of the seminars
Description:
• Discovery of Neutrino Oscillations (A. Weber)
• Majorana Neutrinos (T. Hurth)
• Do Sterile Neutrinos exist? (A. Weber)
• Astrophysical Evidence for Dark Matter (U. Oberlack)
• Cauldrons in the cosmos: nuclear astrophysics (C. Sfienti)
• Chernobyl and Fukushima Nuclear Accidents (P. Capel)
• CP Violation and Quark Mixing (R. Wanke)
• Detector Systems in Particle Physics (V. B¨uscher)
• Discoveries and fluctuations: statistical methods to tell them apart (L. Masetti)
• The weak interaction: from the discovery of W and Z bosons to precision measurements (S. Tapprogge)
• Discovery of the Higgs Boson (C. Schmitt)
• Flavour Changing Neutral Currents (T. Hurth)
• Halo nuclei, Rydberg atoms and Efimov states: a study of exotic quantum structures (P. Capel)
• Interaction of Radiation with Matter (A. Esser)
• Machine learning in High Energy Physics (C. Schmitt)
• Mu
Dates
| Date (Day of the week) | Time | Location |
|---|---|---|
| 04/14/2026 (Tuesday) | 14:15 - 15:45 | 05 119 Minkowski-Raum 2412 - Neubau Physik |
| 04/21/2026 (Tuesday) | 14:15 - 15:45 | 05 119 Minkowski-Raum 2412 - Neubau Physik |
| 04/28/2026 (Tuesday) | 14:15 - 15:45 | 05 119 Minkowski-Raum 2412 - Neubau Physik |
| 05/05/2026 (Tuesday) | 14:15 - 15:45 | 05 119 Minkowski-Raum 2412 - Neubau Physik |
| 05/12/2026 (Tuesday) | 14:15 - 15:45 | 05 119 Minkowski-Raum 2412 - Neubau Physik |
| 05/19/2026 (Tuesday) | 14:15 - 15:45 | 05 119 Minkowski-Raum 2412 - Neubau Physik |
| 05/26/2026 (Tuesday) | 14:15 - 15:45 | 05 119 Minkowski-Raum 2412 - Neubau Physik |
| 06/02/2026 (Tuesday) | 14:15 - 15:45 | 05 119 Minkowski-Raum 2412 - Neubau Physik |
| 06/09/2026 (Tuesday) | 14:15 - 15:45 | 05 119 Minkowski-Raum 2412 - Neubau Physik |
| 06/16/2026 (Tuesday) | 14:15 - 15:45 | 05 119 Minkowski-Raum 2412 - Neubau Physik |
| 06/23/2026 (Tuesday) | 14:15 - 15:45 | 05 119 Minkowski-Raum 2412 - Neubau Physik |
| 06/30/2026 (Tuesday) | 14:15 - 15:45 | 05 119 Minkowski-Raum 2412 - Neubau Physik |
| 07/07/2026 (Tuesday) | 14:15 - 15:45 | 05 119 Minkowski-Raum 2412 - Neubau Physik |