Name		Name	Last commit message	Last commit date
data		data
plots		plots
Exercise 1 - Cryptography.ipynb		Exercise 1 - Cryptography.ipynb
Exercise 2 - Temperatures Munich.ipynb		Exercise 2 - Temperatures Munich.ipynb
Exercise 3 - Monte-Carlo Error Propagation.ipynb		Exercise 3 - Monte-Carlo Error Propagation.ipynb
Exercise 4 - Radioactive Decay.ipynb		Exercise 4 - Radioactive Decay.ipynb
Exercise 5 - Temperature Map Germany.ipynb		Exercise 5 - Temperature Map Germany.ipynb
Exercise 6 - Dark matter halo - Illustris Simulation.ipynb		Exercise 6 - Dark matter halo - Illustris Simulation.ipynb
Interactive Differential Equations.ipynb		Interactive Differential Equations.ipynb
Interactive Lorentz System.ipynb		Interactive Lorentz System.ipynb
Python for Scientists - Lecture Notes.ipynb		Python for Scientists - Lecture Notes.ipynb
README.md		README.md

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README

Python for Scientists

This repository contains my personal notes captured during a python-course for scientists at University of Heidelberg, Germany. The lecture can be found online, was given by Diederik Kruijssen and is based on a course created by Thomas Robitaille who was astrophysicist at Max Planck Institute for Astronomy in Heidelberg and one of the co-ordinators of the Astropy project.

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solving differential equations, plotting radioactive decay and vector fields, carrying out error propagation, finding extrasolar planets, accessing cosmological simulations

differential illustris lorentz monte-carlo planets python radioactivity science vectorfield

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