Program Overview

University Program Information

The university program information is presented below, extracted from the provided context.

Program Overview

The program is offered by Johannes Gutenberg University Mainz, specifically by the FB 08AG Berger department.

Teaching

The teaching component of the program includes various courses, which are listed below:

• Summer 2025
  • FPGA Programmierung 2025
  • Practical Course in Particle Physics at PSI
• Winter 2024/25
  • Particles and Nuclei
• Summer 2024
  • FPGA Programmierung 2024
  • Practical Course in Particle Physics at PSI
• Winter 2023/24
  • Particle Detectors
• Summer 2023
  • FPGA Programmierung 2023
  • Practical Course in Particle Physics at PSI
• Winter 2022/23
  • Experimentalphysik II
• Summer 2022
  • Experimentalphysik I
• Winter 2021/22
• Summer 2021
  • FPGA Programmierung 2021
    • FPGA Programmierung 2021 Uni-intern
  • Physik- und Kompetenzseminar
• Winter 2020/2021
  • Advanced Topics in Subatomic Physics: Muon Physics
• Summer 2020
  • FPGA Programmierung 2020
  • Physik- und Kompetenzseminar Sommer 2020
  • Practical Course at PSI
• Winter 2019/20
  • Particle Detectors
• Summer 2019
  • Particle Physics 2019
  • FPGA Programmierung 2019
• Winter 2018/19
  • Kern- und Teilchenphysik
• Summer 2018
  • FPGA Programmierung
    • Vorlesungen
    • ﾜbungen
  • Practical Course at PSI
• Winter 2017/18
  • Physik- und Kompetenzseminar
    • Programm und Kursmaterial
• Summer 2017
  • Physik- und Kompetenzseminar
    • Kursmaterial
  • Practical Course at PSI
• Winter 2016/17
  • Advanced topics in subatomic physics
• Summer 2016
  • Practical Course at PSI
  • Particle Physics / Teilchenphysik
    • Lecture Notes
    • Exercises
• Winter 2015/16
  • Advanced topics in subatomic physics
• Summer 2015
  • Practical Course at PSI

Physik- und Kompetenzseminar

The Physik- und Kompetenzseminar is a course offered by the program, with the following details:

• Instructors: Eva-Maria Kabuﾟ and Niklaus Berger
• Schedule: Mondays and Tuesdays, 14-16, Seminarraum E, Staudingerweg 9
• Course material and program (Uni-Intern)
• Preliminary discussion, topic assignment, and introduction on April 18, 14:15, Seminarraum E The seminar focuses on modern applications of optics, such as in astronomy, microscopy, photography, and data transmission. Possible topics include:
  • Regenbogen
  • Mikroskop
  • Auge
  • Teleskop
  • Brille f鯝 das Hubble-Teleskop
  • Interferometrie mit Teleskopen
  • Adaptive Optik
  • Doppelspalt
  • LASER
  • Lichtleiter
  • Daten魫ermittlung mit optischen Fasern
  • Holographie
  • nichtlineare Optik
  • konfolkale Mikroskopie
  • Nahfeldmikroskopie
  • Phasenkontrastmikroskopie
  • Photonische Kristalle
  • Faraday-Effekt
  • Kerr-Effekt
  • Lichtfeldphotographie
  • Autofokus in modernen Kameras
  • Megapixel und das Biegungslimit
  • Zoomlinsen
  • Diffraktive Linsen
  • Interferometer f鯝 Gravitationswellendetektion

Research Areas

The program's research areas include:

• Experiments
  • P2
    • P2 Presentations
    • P2 Posters
    • P2 Theses
  • BES III
  • Mu3e
• Technologies
  • HV-MAPS
  • FPGAs
  • Track Reconstruction
  • GPU Computing
  • The Mupix Telescope
  • Amplitude Analysis