/FP-physics-lab-course

This repository contains the data-analysis work and the evaluation of the experiments for the mandatory advanced physics lab course for physics students (FP) I am currently attending at Heidelberg University from summer 2018 until summer 2019 (expected). For the most parts of the evaluation of the experiments we are using Python or Wolfram Mathematica.

Primary LanguageJupyter NotebookMIT LicenseMIT

FP physics lab course at Heidelberg University

Work in progress until summer 2019!

This repository contains the data-analysis work and the evaluation of the experiments for the advanced mandatory physics lab course for physics students (FP) I am currently attending at Heidelberg University in 2018/2019 with my lab partner MajestyQ. Most of the evaluation is done using Python 3 or Wolfram Mathematica. Typesetting is done in LaTeX.

The advanced lab course covered the following experiments:

Solid State Physics - Festkörperphysik

  • F29: Atomic Force Microscopy - Rasterkraftmikroskop (10./11.09.2018)

Optics - Optik

  • F30/31: Stellar CCD Photometry in modern astronomy - Stellare CCD-Photometrie (27./28.08.2018)

Spectroscopy - Spektroskopie

  • F61/62 Nuclear Magnetic Resonance - Kernresonanzspektroskopie (21./22.08.2018)
  • F44 Zeeman spectroscopy - Zeeman-Spektroskopie (05./07.06.2019)

Mechanics - Mechanik

  • F70/71: Mechanics and vacuum technology - Mechanik und Vakuum (03./04.09.2018)

Data Processing - Datenverarbeitung

  • F75/76: Computer and Data Processing - Computer und Datenverarbeitung (18./19.03.2019)

Measurement Methods - Messmethoden

  • F82/83: Coincidence spectrometer - Koinzidenzspektrometer (05./06./07./08.11.2018)

Particle Physics - Teilchenphysik

  • F91/92: Analysis of the Z-boson with ATLAS at the LHC - Analyse des Z-Bosons mit ATLAS am LHC (04./05.03.2019)

© Mathieu Kaltschmidt (@mathieukaltschmidt) und Quirinus Schwarzenböck (@MajestyQ)