Humboldt-Universität zu Berlin - Mathematisch-Naturwissen­schaft­liche Fakultät - Phenomenology of Elementary Particle Physics beyond the Standard Model

Teaching summer semester 2025

• Statistical Physics (Module P21)

Teaching winter semester 2024/2025

• Advanced Quantum Mechanics (Module P2.4)
• Introduction to elementary particle physics (Module P23.1)
• Theoretical Physics: Mechanics & Electrodynamics (Module Pk5)

Teaching summer semester 2024

• Quantum Mechanics (Module P2.3)
• Mathematical Methods for Physics (Modules P8.e, P22.d)

Teaching winter semester 2023/2024

• Introduction to elementary particle physics (Module P23.1)

Teaching summer semester 2023

• Theoretical Physics V: Thermodynamics (Module P2.5)

Teaching winter semester 2022/2023

• Introduction to elementary particle physics (Module P23.1)

Teaching summer semester 2022

• Theoretical Physics I: Mechanics and Special Relativity (Module P2.1)
• Group Theory for High Energy Physics (Module P25.1.a)

Teaching winter semester 2021/2022

• Introduction to elementary particle physics (Module P23.1)

Teaching summer semester 2021

• Quantum Chromodynamics at Accelerators (Module P24.1.b)
• Electroweak Symmetry Breaking and Higgs Physics (Module P22.g)
• Statistical Physics (Module P21)

Teaching winter semester 2020/2021

• Statistical Physics (Module P21)
• Introduction to elementary particle physics (Module P23.1)

Teaching summer semester 2020

• Mathematical basics (Module P0)
• Theoretical Physics V: Thermodynamics (Module P2.5)

Teaching winter semester 2019/2020

• Mathematical basics (Module P0)
• Introduction to elementary particle physics (Module P23.1)
• Group Theory for High Energy Physics (Module P25.1.a)

Teaching summer semester 2019

• Mathematical basics (Module P0)
• Quantum Chromodynamics on Accelerators (Module P24.1.b)

Teaching winter semester 2018/2019

• Theoretical Physics II (Module P2.2)
• Introduction to elementary particle physics (Module P23.1)
• Accompanying tutorial at the start of the physics course (optional)

Teaching summer semester 2018

• Theoretical Physics I (Module P2.1)
• Quantum Chromodynamics on Accelerators (Module P24.1b)

Teaching winter semester 2017/2018

• Theoretical Physics II (Module P2.2)
• Introduction to elementary particle physics (Module P23.1)

Teaching summer semester 2017

• Theoretical Physics I (Module P2.1)
• Electroweak Symmetry Breaking and Higgs Physics: the Standard Model and beyond

Teaching winter semester 2016/2017

• Mathematical basics (Module P0)
• Scientific Computing (Computational Physics II) (Module P22.a)
• Introduction to elementary particle physics (Module P23.1)

Teaching summer semester 2016

• Computer application in physics (Computational Physics I) (Module P5)
• Thermodynamics (Module P9b)

Teaching winter semester 2015/2016

• Scientific Computing (Computational Physics II) (Module P22.1)
• Theoretical introduction to the standard model (module P23.1.1)

Teaching summer semester 2015

• Computer application in physics (Computational Physics I) (Module P5)
• Quantum Chromodynamics (QCD) on accelerators

Teaching summer semester 2014

• Analytical mechanics (Module P1b)

Teaching winter semester 2013/2014

• Theoretical introduction to the standard model (Module P23.1.1)
• Physics at the LHC
• Physics in Practice: Physics Seminar (Module P8)

Teaching summer semester 2013

• Computer application in physics (Computational Physics I) (Module P5)

Teaching winter semester 2012/2013

• Scientific Computing (Computational Physics II) (Module P22.1)
• Theoretical introduction to the standard model (Module P23.1.1)

Teaching summer semester 2012

• Electromagnetism (Module P2a)
• Analytical mechanics (Module P1b)

Teaching winter semester 2011/2012

• Introduction to classical mechanics and thermodynamics (Module P1a)
• Seminar on neutrino physics

Teaching summer semester 2011

• Electromagnetism (Module P2a)
• Analytical mechanics (Module P1b)

Teaching winter semester 2010/2011

• Introduction to classical mechanics and thermodynamics (Module P1a)

Teaching summer semester 2010

• Computational Physics I
• Efficient computing
• Symmetries in Quantum Mechanics

Teaching winter semester 2009/2010

• Advanced Quantum Mechanics (Module P9)
• Theoretical introduction to the standard model (Module P23.1.1)
• Material for current lectures

Teaching summer semester 2009

• Introduction to quantum chromodynamics for master and diploma students
• Supplementary lecture on analytical mechanics (optional for bachelor students)