Introducing Sarah McIntyre

I’m Sarah McIntyre (@ExoBioExplorer) a PhD student at the Research School of Astronomy and Astrophysics at the Australian National University.

My current research aims to examine the effect that a diverse range of astronomical and planetary parameters have on an exoplanet’s ability to sustain liquid water. I spend most of my time working on exoplanet models and simulations and doing lab experiments. Long term research plans include helping determine optimal targets for near-future ground- and space-based observations of planetary atmospheres and the potential detection of life in space.

When not exploring exoplanets I read (lately mainly about AI/machine learning), compose, play piano (or violin) and travel.


Introducing Keaton Bell

Hi, I’m Keaton Bell (@astrokeat), an observational astronomer interested in all things stellar astrophysics, time domain surveys, pulsating variable stars, white dwarf stars and exoplanets. I earned my PhD at the University of Texas at Austin, where I spent 225 nights observing variable white dwarf systems at McDonald Observatory.  As a postdoc at the Max Planck Institute for Solar System Research in Göttingen, Germany, I am currently focused on developing tools for classifying large numbers of variable stars observed by space missions like Kepler and TESS.  I am excited to begin searching for the first planets transiting white dwarf stars in data from the Zwicky Transient Facility as a NSF Astronomy and Astrophysics Postdoctoral Fellow at the University of Washington this fall.

In my free time I enjoy playing guitar in our institute’s band, watching live music, reading, cooking, and traveling around Europe as much as I can while I’m living here.

Introducing Oliver Hall

Oliver Hall (@asteronomer) is a 3rd year PhD student with the Sun, Stars & Exoplanets group at the University of Birmingham in the UK. His work is centered around the use of asteroseismology: the study of sound waves inside stars through variations we see on their surfaces. Asteroseismology is a useful tool that can give us masses and radii of stars, and can be compared to models to discover all kinds of things about stellar interiors.

Oliver is currently studying the synergies between asteroseismology and distances from the Gaia mission for stars observed by the Kepler space telscope, and hopes to soon set his sighs on stars observed by the K2 mission as well. He also participates in collaborations such as TESS Data for Asteroseismology (T’DA), working with an international group of astronomers to prepare high quality lightcurves from brand new data from the TESS space telescope, and has contributed to popular open source code such as lightkurve.

Oliver grew up abroad in Bussum in the Netherlands, before moving back to the UK for his undergraduate degree, also at Birmingham. While waiting for his code to run he can be found on twitter and writing for Astrobites. Outside of research, he loves reading, music, exploring, and pretty much every form of media.

Introducing Jo Barstow

Jo Barstow is a specialist in exoplanet atmospheres, with a particular interest in spectral retrievals and cloud properties. She is currently a Royal Astronomical Society Research Fellow at University College London, performing comparative studies of exoplanet atmospheres. She balances part time work with caring for her toddler daughter. Although she doesn’t get much time for it at the moment, she is also a keen amateur singer, actress and musician and is now an expert sheet music/toddler juggler.

Introducing Bruce Macintosh

Bruce Macintosh is an astronomer studying extrasolar planets with high-contrast imaging. His PhD was at UCLA graduating in 1994, when UCLA was first starting its world-class infrared instrumentation lab – Bruce worked on the Gemini 2-channel IR camera for Lick Observatory. After that, he took a postdoc at Lawrence Livermore National Lab and then becomes a staff scientist at LLNL through 2013. At LLNL he worked on adaptive optics systems at Lick and Keck Observatory, and was one of the founders of the NSF Center for Adaptive Optics.

Together with Christian Marois, Bruce led the team that used Keck adaptive optics to make the first-ever images of an exoplanet system – the four young giant planets orbiting HR8799. He is the Principal Investigator for the Gemini Planet Imager (GPI), an advanced AO coronagraph now on the Gemini South Telescope carrying out a survey for young planets. He also co-leads a coronagraph science team for the WFIRST instrument. He is active in astro science policy, having served on the ground-based optical/IR panel for the 2010 Decadal Survey, the Mid-Decadal Survey, and the just-completed Exoplanet Science Strategy panel.

Introducing Christian Schaller

Christian Schaller is the lead software developer for the HiRISE operations group at the Lunar and Planetary Lab at the University of Arizona. He specializes in mission planning and instrument commanding software. In addition to developing the HiRISE planning tools, he is currently developing similar tools for the CaSSIS camera for the University of Bern, one of the instruments aboard the ESA ExoMars 2016 Trace Gas Orbiter. He likes cats, robotic space exploration, prog rock, and Dungeons and Dragons.

Introducing Henry Ngo

Henry Ngo (@AstroDino; is a Plaskett Postdoctoral Fellow working at the National Research Council of Canada’s Herzberg Astronomy & Astrophysics Research Centre in Victoria, British Columbia. In addition to typing out extremely long affiliations, he is interested in the origin and evolution of giant exoplanets. Specifically, he uses the direct imaging method to search for planetary and binary star systems to reveal clues about planetary histories.
Henry is passionate about outreach and enjoys visits to Victoria-area public schools. He regularly thinks and tweets about the role of scientists in society, work-life balance for early career academics, creating a equitable, inclusive and diverse academic community, and the adventures of being a parent to a 1-year-old.