Lectures
Summer Term 2023
Winter Term 2022/23
| Name |
Lecturer |
type |
| Particle Physics |
Hansmann-Menzemer |
L |
| Standard Model II |
Lindner/Rodejohann |
L |
| Modern Methods of Mass Spectroscopy |
Blaum |
S |
| Key Experiments in Particle Physics |
Uwer |
S |
| Key Experiments in Neutrino Physics |
Gastaldo/Buck |
S |
| Milestones of famous Women in Physics |
Dunford |
S |
| Replacing the Ur-Kilogram with High-Precision |
Schultz-Coulon |
S |
Summer Term 2022
| Name |
Lecturer |
type |
| Standard Model of Particle Physics |
Schultz-Coulon/Ewerz |
L |
| Experimental Methods in Astroparticale Physics |
Gastaldo/Marrodan |
L |
| Deep Learning in Particle Physics |
Plehn |
L |
| Looking for the Invisible: Dark Matter and Neutrinos |
Gastaldo/Lindner |
S |
| Supersymmetry and its Breaking |
Jaeckel |
S |
| Precision Experiments |
Schultz-Coulon/Degenkolb |
L |
Winter Term 2020/21
| Name |
Lecturer |
type |
| Particle Physics |
Schultz-Coulon |
L |
| Modern Mass Spectrometry |
Blaum |
L |
| Standard Model II |
Lindner/Rodejohann |
L |
| Experimental Methods in Astroparticale Physics |
Gastaldo |
L |
| Quantum Field Theory I |
Hebecker |
L |
| Milestones of famous Women in Physics |
Dunford |
S |
Summer Term 2020
| Name |
Lecturer |
type |
| Advanced Quantum Field Theory (QFT II) |
Jaeckel/Pawlowski |
L |
| Quark and Lepton-Flavor Physics |
Schöning/Uwer |
L |
| Fundamental Physics at Low Energies |
Jaeckel |
L |
| Experimental Methods in Astroparticle Physics |
Gastaldo/Marrodan |
L |
| The Invisible Universe: Dark Matter and Neutrinos |
Lindner/Schultz-Coulon/Hansmann-Menzemer |
S |
| Statistical Physics |
Wolschin |
S |
Winter Term 2019/20
| Name |
Lecturer |
type |
| Quantum Mechanics with Classical Bits |
Wetterich |
L |
| Fundamental Physics at Low Energies |
Jaeckel |
L |
Quantum Field Theory I |
Jaeckel/Pawlowski |
L |
| Experimental Methods in Astroparticle Physics |
Gastaldo/Marrodan |
L |
| Stored Charged Particles |
Blaum/George |
L |
| Standard Model II |
Lindner/Rodejohann |
L |
| Beyond the Standard Model and the String Theory Landscape |
Hebecker |
L |
| Replacing the Ur-Kilogram with High-Precision |
Stachel/Uwer |
S |
| The Invisible Universe: Dark Matter and Neutrinos |
Lindner/Schultz-Coulon/Hansmann-Menzemer |
S |
Summer Term 2019
| Name |
Lecturer |
type |
| Standard Model of Particle Physics |
Schultz-Coulon/Pawlowski |
L |
| Advanced Quantum Field Theory (QFT II) |
Wetterich/Flörchinger |
L |
| Quark Gluon Plasma Physics |
Stachel/Reygers |
L |
| Fundamental Physics at Low Energies |
Jaeckel |
L |
| Current Topics beyond Standard Model Physics |
Goertz/Lindner/Rodejohann |
S |
| Machine Learning for Particle Physics |
Plehn/Pawlowski |
S |
| Key Experiments in Particle Physics |
Stachel |
S |
Winter Term 2018/19
| Name |
Lecturer |
type |
| Modern Methods of Mass Spectrometry |
Blaum/George |
L |
| New Physics, the Hierarchy Problem, and the String Theory Landscape |
Hebecker |
L |
| Quark and Lepton-Flavor Physics |
Hansmann-Menzemer/Westhoff |
L |
| Quantum Field Theory I |
Wetterich/Flörchinger |
L |
| Particle Physics |
Brandt/Reygers |
L |
| Standard Model II |
Lindner/Rodejohann |
L |
| Applications of Effective Lagrangians in Quantum Field Theory |
Goertz |
L |
| Looking for the invisible: Searches for Dark Matter |
Lindner/Dunford/Gastaldo/Pachmayer |
S |
| Replacing the Ur-Kilogram with High-Precision |
Stachel/Uwer |
S |
Summer Term 2018
| Name |
Lecturer |
type |
| Standard Model of Particle Physics |
Plehn/Schultz-Coulon |
L |
| The Physics of Particle Detectors |
Stachel |
L+S |
| Current Topics in Astroparticle Physics: Theory and Experiment |
Goertz/Lindner/Rodejohann |
S |
| Looking for the invisible: Searches for Dark Matter |
Brandt/Gastaldo |
S |
Winter Term 2017/18
| Name |
Lecturer |
type |
| QCD |
Plehn |
L |
| Going Beyond the Standard Model of Particle Physics |
Goertz |
L |
| Stored Charged Particles |
Blaum/George |
L |
| Dark Matter |
Lindner/Arcadi |
L |
| Functional Renormalization |
Wetterich |
L |
| Looking for the invisible: Searches for Dark Matter |
Uwer/Lindner/Gastaldo |
S |
| Key Experiments in Particle Physics |
Stachel |
S |
| Particle tracking and identification at high rates |
Schöning/Masciocchi |
S |
Summer Term 2017
| Name |
Lecturer |
type |
| Standard Model of Particle Physics |
Plehn/Hansmann-Menzemer |
L |
| Current Topics in Astroparticle Physics: Theory and Experiment |
Lindner/Rodejohann |
S |
| Quantum Entanglement - Theory and Experiments |
Oberthaler |
S |
| LHC analyses and their physics impact |
Brandt/Plehn/Uwer |
S |
| Nobel Prizes in Particle Physics |
Hansmann-Menzemer |
S |
Winter Term 2016/17
| Name |
Lecturer |
type |
| Standard model II and beyond: Symmetry Breaking, Neutrinos, Dark Matter |
Lindner/Rodejohann |
L |
| Stored Charged Particles |
Blaum/Sturm |
L |
| Dark Matter |
Plehn/Marrodan Undagoitia |
L |
| Statistical Methods in Particle Physics |
Brandt |
L |
| Particle Physics |
Schöning |
L |
| Accelerator Physics |
Schöning |
L |
| Key Experiments in Particle Physics |
Stachel |
S |
| Quantum Field Theory in Curved Spacetime |
Wetterich/Rubio |
S |
Summer Term 2016
| Name |
Lecturer |
type |
| Quantum Field Theory II |
Hebecker |
L |
| Fundamental Physics @ Low Energies |
Jaeckel |
L |
| Advanced Cosmology |
Plehn/Schöfer |
L |
| Standard Model of Particle Physics |
Schöning/Bauer/Mihaila |
L |
| LHC analyses and their physics impact |
Brandt/Uwer |
S |
| Current Topics in Astroparticle Physics: Theory and Experiment |
Lindner/Rodejohann |
S |
| Key Experiments in Particle Physics |
Brandt |
S |
| LHC analyses and their Physics Impact |
Brandt/Plehn/Uwer |
S |
Winter Term 2015/16
| Name |
Lecturer |
type |
| Standard Model II: Theory |
Lindner/Rodejohann |
L |
| Quantum Field Theory I |
Hebecker |
L |
| Dark Matter |
Plehn/Marrodan Undagoitia |
L |
| Particle Physics |
Schöning |
L |
| Accelerator Physics |
Schöning |
L |
| Stored Charged Particles |
Blaum |
L |
| Nobel Prizes in Particle Physics |
Stachel |
S |
| Statistical Physics for interacting atoms |
Wetterich |
S |
| LHC analyses and their Physics Impact |
Brandt/Plehn/Uwer |
S |
Summer Term 2015
| Name |
Lecturer |
type |
| Quark and Lepton Flavor Physics |
Uwer |
L |
| Quark-Gluon Plasma Physics - from fixed target to LHC |
Stachel |
L |
| Standard Model of Particle Physics |
Schultz-Coulon/Fileviez-Perez |
L |
| LHC analyses and their Physics Impact |
Brandt/Plehn/Uwer |
S |
| Signal or no Signal; 2-3 Sigma Effects in Particle Physics |
Brandt/Schultz-Coulon |
S |
| Modern Experiments in AMO |
Blaum |
S |
| Current Topics of Astroparticle Physics: Theory and Experiment |
Lindner/Rodejohann |
S |
Winter Term 2014/15
| Name |
Lecturer |
type |
| Standard Model II: Theory |
Rodejohann |
L |
| Dark Matter: Theory and Experiment |
Lindner/Marrodan |
L |
| Modern Mass Spectroscopy |
Blaum |
L |
| Current Topics of Astroparticle Physics: Theory and Experiment |
Rodejohann |
S |
| Key Experiments of Particle Physics |
Hansmann-Menzemer |
S |
| LHC analyses and their Physics Impact |
Plehn/Uwer |
S |
| Accelerator Physics |
Schöning |
S |
| Nobel prizes in Particle Physics |
Stachel |
S |
Summer Term 2014
| Name |
Lecturer |
type |
| Stored charged Particles |
Blaum |
L |
| Nuclear Physics |
Herrmann |
L |
| The Physics of Particle Detectors |
Schultz-Coulon/Stachel |
L+S |
| Standard Model of Particle Physics |
Schultz-Coulon/Peres |
L |
| QCD |
Plehn |
L |
| Quark and Lepton Flavor Physics |
Uwer |
L |
| LHC Analyses and their Physics Impact |
Plehn/Uwer |
S |
| Key Experiments of Particle Physics |
Herrmann |
S |
Winter Term 2013/2014
| Name |
Lecturer |
type |
| Particle Physics |
Herrmann |
L |
| Standard Model of Particle Physics II (Theory) |
Lindner/Rodejohann |
L |
| Higgs Physics |
Plehn/Schultz-Coulon |
L |
| Top and LHC Physics |
Plehn |
S |
| Current Topics in Astroparticle Physics: Theory and Experiment |
Rodejohann |
S |
Summer Term 2013
| Name |
Lecturer |
type |
| Stored Particles |
Blaum |
L |
| Theoretical Astroparticle Physics |
Kopp |
L |
| Neutrino Physics: Theory and Experiment |
Lindner |
L |
| Standard Model of Particle Physics |
Rodejohann/Schöning |
L |
| Particle Physics |
Herrmann |
L |
| Quark-Gluon Plasma Physics: from fixed target to LHC |
Schweda |
L |
| LHC Analyses and their Physics Impact |
Plehn/Uwer |
S |
Winter Term 2012/2013
| Name |
Lecturer |
type |
| Particle Physics |
Hansmann-Menzemer |
L |
| Standard Model of Particle Physics II (Theory) |
Lindner/Schwetz-Mangold |
L |
| Higgs Physics |
Plehn |
L |
| String Theory and Beyond the Standard Model |
Hebecker/Weigand |
L |
| Current Topics in Astroparticle Physics: Theory and Experiment |
Rodejohann |
S |
| Precision Experiments |
DeKieviet |
S |
| Detectors and Accelerators |
Herrmann |
S |
| LHC Analyses and their Physics Impact |
Plehn/Uwer |
S |
Summer Term 2012
| Name |
Lecturer |
type |
| Particle Physics |
Hansmann-Menzemer |
L |
| Standard Model of Particle Physics |
Rodejohann/Schöning |
L |
| Quantum Field Theory II |
Plehn |
L |
| Stored Particles |
Blaum |
L |
| Nuclear and Hadron Physics |
Herrmann |
L |
| Advanced Cosmology |
Schaffner-Bielich |
L |
| The Physics of Particle Detectors |
Stachel |
L |
| LHC Analyses and their Physics Impact |
Plehn/Uwer |
S |
| Physics Analysis of the ALICE Experiment |
Schweda |
S |
| LHC Physics |
Uwer |
S |
Winter Term 2011/2012
| Name |
Lecturer |
type |
| Standard Model of Particle Physics II (Theory) |
Lindner/Schwetz-Mangold |
L |
| Quantum Field Theory I |
Plehn |
L |
| Particle Physics |
Herrmann |
L |
| Advanced General Relativity |
Schaffner-Bielich |
L |
| Introduction to Functional Renormalization |
Wetterich |
L |
| Stored Ion Physics - from fundamental Interactions to applied Science |
Blaum/Wolf |
S |
| Detectors and Accelerators |
Schöning |
S |
| Current Topics in Astroparticle Physics: Theory and Experiment |
Rodejohann |
S |
| Precision Experiments at low Energies |
DeKieviet |
S |
Summer Term 2011
| Name |
Lecturer |
type |
| Standard Model of Particle Physics |
Plehn/Uwer |
L |
| Relativistic Quantum Mechanics |
Wolschin |
L |
| Quantum Field Theory II |
Hebecker |
L |
| Applications of Traps and Storage Rings |
Blaum/Wolf |
L |
| Quantum Effects in Gravity |
Schaffner-Bielich |
L |
| Current Topics in Astroparticle Physics: Theory and Experiment |
Lindner/Rodejohann |
S |
| Modern Experiments in Special and General Relativity |
Blaum/Wolf |
S |
| Key Experiments in Particle Physics |
Hansmann-Menzemer/Schultz-Coulon/Herrmann |
S |
| LHC Physics |
Meier/Schultz-Coulon |
S |
| First LHC Results |
Schöning/Plehn |
S |
| Quark-Gluon Plasma Physics - from fixed target to LHC |
Stachel |
S |
Winter Term 2010/2011
| Name |
Lecturer |
type |
| Particle Physics |
Schöning |
L |
| Quantum Field Theory I |
Hebecker |
L |
| Standard Model of Particle Physics II (Theory) |
Lindner/Rodejohann |
L |
| Finite Temperature Field Theory |
Schaffner-Bielich |
L |
| LHC Physics |
Plehn |
L |
| Accelerator Physics |
Schöning |
L |
| Accelerators and Detectors |
Herrmann |
S |
| Cosmology and Particle Physics |
Wetterich |
S |
Summer Term 2010
| Name |
Lecturer |
type |
| Standard Model of Particle Physics |
Uwer/Weigand |
L |
| Physics Beyond the Standard Model |
Hebecker |
L |
| Atom-Laser-Interaction in Traps |
Blaum |
S |
| Precision Experiments in Particle Physics |
Schultz-Coulon/Uwer |
S |
| Key Experiments in Particle Physics |
Herrmann/Schweda/Stachel |
S |
| Physics at the TeV-Scale |
Plehn |
S |
(L = Lecture, S = Seminar)
