Andreas Ipp

Teaching

Please visit my information pages at the
Institute for Theoretical Physics - Andreas Ipp.

Courses

2022/23

• Electrodynamics I (exercises)
• Introduction to quantum electrodynamics (lecture)

2021/22

• Introduction to quantum electrodynamics (lecture)

2020/21

• Electrodynamics I (exercises)
• Introduction to quantum electrodynamics (lecture)
• Seminar on Fundamental Interactions 2: Topic: Quantum Fields on a Lattice
• Seminar on Fundamental Interactions 1: Topic: Quantum Fields on a Lattice

2019/20

• Electrodynamics I (exercises)
• Introduction to quantum electrodynamics (lecture)
• Seminar on Fundamental Interactions 2: Topic: Machine learning for physicists
• Seminar on Fundamental Interactions 1: Topic: Machine learning for physicists

2018/19

• Introduction to quantum electrodynamics (lecture)

2017/18

• Electrodynamics I (exercises)
• Introduction to quantum electrodynamics (lecture)

2016/17

• Introduction to quantum electrodynamics (lecture)

2015/16

• Electrodynamics I (exercises)

2014/15

• Introduction to quantum electrodynamics (lecture)
• Mathematical methods in physics (exercises)

2013/14

• Introduction to quantum electrodynamics (lecture)
• Introduction to quantum electrodynamics (lecture at Johannes Kepler University Linz)
• Mathematical methods in physics (exercises)

2012/13

• Introduction to quantum electrodynamics (lecture)
• Mathematical methods in physics (exercises)
• Seminar on Fundamental Interactions 1 (co-organizer)

2011/12

• Introduction to quantum electrodynamics (lecture)
• Electrodynamics I (exercises)
• Mathematical methods in physics (exercises)

2010/11

• Introduction to quantum electrodynamics (lecture)
• Statistical physics I (exercises)
• Project work in Theoretical Elementary Particle Physics

2009/10

• Electrodynamics I (exercises)
• Seminar on Fundamental Interactions (co-organizer)

Supervision of bachelor and master theses

Please contact me if you are interested in project work, bachelor thesis, or master thesis.
Project ideas:

• OpenPixi project: various project ideas in the context of scientific programming of a particle-in-cell (PIC) simulator,
• photon or dilepton production from quark gluon plasmas,
• non-Abelian plasma instabilities,
• QED effects in strong fields,
• quantum field theory using the functional renormalization group,
• other topics related to my research.