Overview

Astronomy and Haskell by Doug Burke is an intriguing collection of IHaskell notebooks that delve into the intersection of programming and astronomy. This unique resource is specifically tailored for those interested in utilizing Haskell, a functional programming language, to engage with data in the field of astronomy. The notebooks explore various aspects of astronomy, from parsing standard file formats to performing complex calculations.

Each notebook offers a unique approach to astronomical concepts, showcasing mathematical abstractions and Haskell's capabilities. The collection does not only cater to seasoned astronomers but also to enthusiasts eager to learn about data manipulation and analysis in this fascinating field.

Features

Public Domain Notebooks: All notebooks are placed in the public domain, allowing unrestricted access and use for educational purposes.
FITS Data Parsing: Dive into the intricacies of parsing data from the widely used Astronomy file format (FITS), enhancing your understanding of data structures.
K-Corrections Calculation: Learn to calculate K-corrections, a vital aspect of astronomy, while engaging with spectral models through practical examples.
Unit Handling: Explore the nuances of using units in calculations with the dimensional-tf package for improved accuracy in scientific computations.
Angular Diameter Distance: Understand essential astronomical calculations through simple methodologies and visual plots intended for both beginners and advanced users.
Mathematical Abstractions: Enjoy a wide variety of mathematical concepts thoughtfully presented, allowing for a deeper grasp of the astronomical theories discussed.
Community Engagement: The platform encourages user interaction with its issues page for queries and welcomes pull requests, fostering a collaborative learning environment.

Dougburke

Astro Haskell