Those notebooks are examples of how to get MOC data from VESPA in Python and to manipulate it (union, intersection...).

Introductory notebooks for the use of Python and Machine Learning

A Jupyter Notebook explaining the "decoding" process for DCR data at GBO

Various completed lab assignments + Jupyter notebooks

Jupyter notebooks for elementary astrophysics projects

Jupyter notebook exploring the Open Exoplanet Catalogue.

A number of example notebooks for astroquery.eso

Solutions to various astronomy textbooks given in Jupyter notebooks

A notebook to learn about ML for astronomy through BTSbot.

Jupyter notebooks worked out at Nehru Planetarium Astronomy Bootcamp 2024.

Outputs: ranked candidate variable stars, diagnostic plots, and reproducible analysis notebooks.

Files and Jupyter notebooks for paper on bar major-axis profiles

notebooks for "introduction to data analysis in astronomy & astrophysics" using python

Lighthouse is a series of Jupyter Notebooks for introducing students to Python for astronomers.

A simple jupiter notebook to create an image of the planetary position at a specific time

A collection of Jupyter notebooks for analyzing astronomical FITS images nebula, moon, and solar analysis using Python

Tutorial notebooks of the course "Computational Astrobiology" at the University of Belgrade in Spring 2023. Instructor: Andjelka Kovacevic

Repository for Jupyter notebooks and Python routines used in the Cal-Bridge summer research project I supervised in Summer 2020.

Files and Jupyter notebooks for paper on frequency and sizes of double bars and nuclear rings in local barred galaxies.

The following repository is for Jupyter Notebooks I created as the Graduate Teaching Assistant for UC Irvine's Physics 139: Observational Astronomy Course. These notebooks are meant for educational purposes to instruct students on how to perform certain tasks to analyze astronomical data.