Mario Jurić (@ is a professor of Astronomy at the University of Washington (@uwastronomy) & eScience Institute Fellow (at @uwescience). He’s interested in astronomical ‘Big Data’: developing and applying data science methods that let astrophysicists use large data sets to answer research questions. Two experiments he’s involved with are the Large Synoptic Survey Telescope (LSST), and the Zwicky Transient Facility (ZTF). Loves Python, prefers tabs, and thinks bash scripting is fun
Rachael Ainsworth (@rachaelevelyn) is a Research Associate at the Jodrell Bank Centre for Astrophysics (JBCA) at the University of Manchester. Her expertise lies in the interpretation of radio emission from protostellar systems in nearby star forming regions, particularly at very long (metre) wavelengths. Her primary research interests include astrophysical jets/outflows, star formation and evolution. She works on the Horizon 2020 RadioNET “Radio Interferometry Next Generation Software” (RINGS) project to develop software for calibrating dispersive delay corrections in long baseline radio interferometry for long wavelength telescopes such as the Low Frequency Array (LOFAR).
She is Open Science Champion for the Interferometry Centre of Excellence at JBCA, where she promotes, advocates and organises events relating to open science in astronomy. She is also a Mozilla Open Leader running the open project Resources for Open Science in Astronomy (ROSA), which aims to compile and tailor open science best practices from around the web into a toolkit for astronomers to work openly from proposal to publication. This project seeks input from the entire astronomy community, so feel to bookmark https://github.com/rainsworth/ROSA and become a contributor to the project in the coming weeks.
Rachael also organises the Manchester chapter of XX+Data (@xxplusdatamcr) – a community for women who work with and love data. The goal of the community is to bring together women with diverse expertise and experience to support one another, share experiences and talk data.
She studies lightcurves, time series of light, in astronomy, with applications in stellar evolution, cosmology, and solar system science, and in cities, at the CUSP urban observatory, where the study of NYC lightcurves enables sociological, ecological, economical inference.
She is the co-chair of the LSST Transients and Variable Stars Collaboration: a group of over 200 scientists who are preparing to optimally exploit the revolutionary LSST survey for the study of the transient sky. Also, she is a professional boxer!
Benoît @BenoitNoyelles works at the Naxys institute, University of Namur, Belgium. He is currently funded to model the rotation of the Galilean satellites of Jupiter, in preparation of JUICE. He graduated from Paris Observatory in 2005, where he mostly studied celestial mechanics. He was particularly specialized on the orbital dynamics of the natural satellites. He moved to Belgium in 2006 to work on the rotation of the resonant bodies, i.e. natural satellites and Mercury. The influence of the interior on the rotational dynamics of a planetary body pushed him to be acquainted with planetary geophysics. He made several research visits, at Jinan University (China), University Tor Vergata (Italy), UCSC (USA), and UNESP (Brazil). He is particularly involved in the Division on Dynamical Astronomy (AAS).
He is interested in any aspect of planetology, even if he prefers the Solar System. His website is http://benoit.noyelles.pagesperso-orange.fr/