Opening the eyes of research astronomy software to the whole world.

OpenAstronomy is a collaboration between open source astronomy and astrophysics projects that are used by researchers and engineers around the world to study our universe either by analysing the data obtained from amazing instruments like the Hubble Space Telescope, the Square Kilometer Array or the Solar Dynamic Observatory, developing very sophisticated numerical models (eg. FLASH) or designing interplanetary trajectories for human-made spacecraft (eg. HORIZONS). The analysis of such data helps multiple types of research from being able to forecast solar storms to detect planets in other stars, from understanding how galaxies are formed to explain the expansion and the origin of the universe.

OpenAstronomy is currently formed by 12 organisations that develop tools for different aspects of astronomy. The range of topics covered by these projects is wide, for example:

  • Astropy is a general Python library for astronomy, providing common tools such as celestial coordinates, image processing, tabular data reading and writing, units and support for astronomy-specific file formats;
  • SunPy provides utilities for obtaining and representing solar physics data, with clients for some of the largest online solar physics data archives and solar specific analysis and visualisation code;
  • Glue is a data visualization application and library to explore relationships within and among related datasets.
  • Julia Astro is a set of packages for general astronomy and astrophysics analysis using Julia;
  • And more!

As a single organisation, we aim to strengthen collaborations between the different sub-organisations, and at the same time increase the awareness among our users on the capabilities of our "sister" projects.

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Technologies

  • python
  • julia
  • c++
  • numba

Topics

  • Science and Medicine
  • visualization
  • astronomy
  • solar physics
  • orbital mechanics
  • high-energy astrophysics
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OpenAstronomy 2018 Projects

  • Ritiek Malhotra
    Implement a new Plasma metaclass in PlasmaPy
    PlasmaPy is an open-source Python package and aims to provide a set of common functionality used in plasma physics. Currently it implements a Plasma...
  • Nikita Astrakhantsev
    Improving propagators and perturbations account in Poliastro
    The project is aimed at improvement of currently implemented Poliastro propagators (cure long-time propagation problems, measure performance, use...
  • Sushobhana Patra
    Incorporating FITS Region, CRTF I/O and improving Regions.
    Astropy's regions package is being developed to handle description and manipulation of astronomical regions on sky and pixel coordinates.The current...
  • Yatharth Rai
    Integrating Physical Units into HelioPy
    HelioPy is a Python package which lets the user import space physics data from various sources and converts them into an easy-to-read and manipulates...
  • Manan Agarwal
    Learn Astropy
    Learn Astropy is a website for the Astropy Learn ecosystem which consolidates Astropy documentation and associated examples, Astropy tutorials, and...
  • Swapnil Sharma
    Phase-resolved oscillations
    Quasi-periodic oscillations are the “heart-beat” of black holes and neutron stars: oscillations with changing phase and frequency, probably due to...
  • Prakhar Srivastava
    Porting Essential ERFA Functions to Julia
    The JuliaAstro organization equips astronomers with tools developed in Julia language that they can include in their daily workflow and do impactful...
  • Vishnunarayan K I
    Transition to astropy time
    SunPy uses python datetime module for handling almost all time related things. datetime is not the best choice for astronomy related projects due to...
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2018