Title: | SunPy: A Python package for Solar Physics |
Authors: | Mumford, S. J Freij, Nabil Christe, Steven Ireland, Jack Mayer, Florian Hughitt, V. K Shih, Albert Y Ryan, Daniel F Liedtke, Simon Perez-Suarez, David Chakraborty, Pritish Arbolante, Quinn Gomillion, Reid Kothar, Yash Sharma, Yash Stevens, Abigail L Price-Whelan, Adrian Mehrotra, Ambar Kustov, Arseniy Stone, Brandon Dang, Trung Kien Arias, Emmanuel Kustov Stone, Brandon Dang, Trung Kien Arias, Emmanuel Dover, Fionnlagh Mackenzie Verstringe, Freek Gulshan Kumar Mathur, Harsh and 21 co-authors Vishnunarayan, K I Inglis, Andrew Pattnaik, Punyaslok Sipocz, Brigitta Rishabh Sharma Leonard, Andrew Stansby, David Hewett, Russell Hamilton, Alex Hayes, Laura Panda, Asish Earnshaw, Matt Choudhary, Nitin Kumar, Ankit Chanda, Prateek Haque, Md Akramul Kirk, Michael S Mueller, Michael Konge, Sudarshan Srivastava, Rajul Jain, Yash Bennett, Samuel Baruah, Ankit Barnes, Will Charlton, Michael Maloney, Shane Chorley, Nicky Himanshu Modi, Sanskar Mason, James Paul Naman9639 Rozo, Jose Ivan Campos Manley, Larry Chatterjee, Agneet Evans, John Malocha, Michael Bobra, Monica G Ghosh, Sourav Airmansmith97 Stanczak, Dominik De Visscher, Ruben Verma, Shresth Agrawal, Ankit Buddhika, Dumindu Sharma, Swapnil Park, Jongyeob Bates, Matt Goel, Dhruv Taylor, Garrison Cetusic, Goran Jacob Inchaurrandieta, Mateo Dacie, Sally Dubey, Sanjeev Sharma, Deepankar Bray, Erik M Rideout, Jai Ram Zahniy, Serge Meszaros, Tomas Bose, Abhigyan Chicrala, Andre Ankit Guennou, Chloe D’Avella, Daniel Williams, Daniel Ballew, Jordan Murphy, Nick Lodha, Priyank Robitaille, Thomas Krishan, Yash Hill, Andrew Eigenbrot, Arthur Mampaey, Benjamin Wiedemann, Bernhard M Molina, Carlos Keşkek, Duygu Habib, Ishtyaq Letts, Joseph Bazan, Juanjo |
Issue Date: | 14-Feb-2020 |
Publisher: | Check ? |
Citation: | The Journal of Open Source Software, Vol. 5, No. 46, 1832 |
Abstract: | The Sun, our nearest star, is a local laboratory for studying universal physical processes.
Solar physics as a discipline includes studying the Sun both as a star and as the primary
driver of space weather throughout the heliosphere. Due to the Sun’s proximity, the temporal
and spatial resolution of solar observations are orders of magnitude larger than those of other
stars. This leads to significant differences in the data-analysis software needs of solar physicists
compared with astrophysicists.
The sunpy Python package is a community-developed, free, and open-source solar data analysis environment for Python. It is managed by the SunPy Project, an organization that
facilitates and promotes the use of open development and open source packages like sunpy
through community engagement and tools such as GitHub, mailing lists, and matrix. |
Description: | Open Access |
URI: | http://hdl.handle.net/2248/7756 |
ISSN: | 2475-9066 |
Appears in Collections: | IIAP Publications
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