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Kimberly Kowal Arcand

Visualization & Emerging Tech Lead, NASA's Chandra X-ray Observatory Center for Astrophysics, Harvard & Smithsonian


Career & Education - selected:
- Visualization scientist & science communicator, NASA’s Chandra X-ray Observatory 
- Principal investigator, Aesthetics and Astronomy image response projects, Harvard-Smithsonian Center for Astrophysics
- Vice President, Federally Employed Women, Greater Boston chapter
- Board member, Rhode Island Museum of Science and Art
- Co-author - Your Ticket to the Universe, Light, Coloring the Universe, Magnitude, Light from the Void; Children’s book author - An Alien Helped Me with My Homework, Goodnight Exomoon 
- Award-winning producer & director
- Previously, Instructor, University of Rhode Island Department of Computer Science
- Previously, Developer for Public Health project, University of Rhode Island
- PhD, Exceptional Doctoral Thesis, University of Otago
- Master in Public Humanities, Brown University
- Bachelor of Science in Molecular biology, University of Rhode Island

Awards & Recognitions - selected:
- 2020 Curious Scientist Award, Cambridge Science Festival
- 2019 Sigma Xi, the Scientific Research Honor Society
- 2019 How to be a Scientist, Smithsonian
- 2017 Profile, Rocket Women
- 2017 17 Who Made a Difference in 2017, GoLocalProvidence
- 2016 Changemaker, White House United State of Women Summit 
- 2016 Smithsonian Institution Achievement Award
- 2015 Women to Watch Award, RI PBN
- 2014 Tech10, Tech Collective RI
- 2014 Outstanding Alumni Recognition, Scituate RI
- 2013 40 Under 40 Award, Rhode Island Providence Business News 
- 2010 Excellence in Astronomy Education and Public Outreach & Communicating Astronomy, International Year of Astronomy Mani Bhaumik Prize
- 2007 Science communication in Physics, Pirelli International Award
- 2000 Science Educator of the Year, Harvard-Smithsonian Center for Astrophysics 
- 2000 Outstanding Group Achievement Award, NASA


I like to say that I use data to tell stories about the Universe. Sometimes those stories will be in the form of a 2D image of a stellar nursery, a 3D print of an exploded star, or a Virtual Reality application a supernova changing over time.

My work includes studies in emerging technologies, from the production of the first-ever data-driven 3D print of a supernova remnant to experimentations in scientific data sonification. The work goes beyond technical content creation however to better understanding user response, perceptions and misconceptions around content in such scientific and technological applications.

I recently led a team of researchers to launch the first-ever data-driven virtual reality application of a supernova remnant using actual NASA data, in close collaboration with Brown University. I led a team of researchers to help improve NASA 3D printed data sets by working with students and professionals who are blind or visually impaired (BVI) in collaboration with the National Federation of the Blind and other partners. This work led to the creation of a tactile/Braille/3D-print based astronomical kit of recent scientific discoveries. The kit was launched and piloted at the International Astronomical Union, NASA's Marshall Space Flight Center and Johnson Space Center. The kit's evaluation has shown impacts on BVI users but also on sighted individuals, helping to demonstrate the benefits of more universally designed science content.


I’ve always been curious, from the time I was very small. I loved science – asking questions, figuring things out, hopefully helping people along the way. I wanted to be an astronaut, then a doctor, then an environmentalist, then a veterinarian, then a.... you get the idea. I just knew I wanted to work in science somehow.

I completed my undergraduate work in molecular biology. My interests then were on bacteria and disease, so I was looking at things like Ixodes Scapularis(the Deer tick) and the spirochaetes that can be transmitted to humans which can cause Lyme Disease. But as I neared the end of my degree I found that I was more attracted to the computer as a tool to tell stories about science than I was to any bugs or bacteria. (The physics and chemistry courses I had to take for that degree, however, would become incredibly useful in my work for Chandra.) I moved into a computer science graduate program after graduating in biology, and the programming /coding /application development of that was a key tool in my future work with Chandra. I would say it was really the mix of science and computer science that helped move me into astronomical data visualization and related projects. Going from data via microscope to data via telescope did not at all seem odd. Whether you’re creating visuals for something at the micro level or the macro (or really, macro-macro) level there is a similar visual language.

The telescope I work on, Chandra, is one of NASA’s great observatories, a sister to the Hubble space telescope. Chandra was launched back in 1999 and in orbit, it goes about 1/3 of the way to the moon at its farthest point from Earth. Chandra studies the very high-energy regions of the Universe such as exploded stars, clusters of galaxies, and black holes. It’s pretty extreme physics.


Coding was sort of the key that unlocked the Universe for me. But it also cuts into so many other fields these days.



It's hard for me to look back like that because I really do feel that the path I was on led me to where I needed to be, when it was time to be. But when I was younger, I was not active enough on the issues facing women and other underrepresented groups in science and technology. I didn’t try to address the barriers or the biases then, I had my head down perhaps, focused on learning the things I needed to do. But after having children, particularly my daughter, things changed for me. I've spent much more of my time since then trying to learn and to help make the challenges even a little bit smaller for my daughter, or anyone else’s child.


I literally learn something new every day in my job.

Black holes for example, are often cast as the ultimate vacuum cleaners, sucking up everything that comes close to them. It is true that some material passes the “event horizon,” that is, the point of no return, and will forever be lost within the black hole’s gravitational grasp. However, the event horizon is a relatively tiny region around the black hole. Instead, black holes have a bigger influence on the material around them through their powerful jets and flares that send material away from the black hole and back into the cosmic environment. It's pretty special to be able to think about these things every day.


I would recommend a good background in coding if you’re interested in STEM fields. Just one example? There was a survey done (by the American Astronomical Society I think) a couple years ago that showed perhaps 95% of astronomers needed to code to do their jobs, and only about 5% had formal training in coding. Coding was sort of the key that unlocked the Universe for me. But it also cuts into so many other fields these days.


At seven years old, I proudly announced to my parents that I was going to be an astronaut. I had one of those little white plastic Space Shuttle models with a working cargo bay, and I would fly it around my room and make up pretend missions with pink and blue Care Bears serving as the crew. Alas, it was not the career for me.

But it was for Cady Coleman. While pursuing her undergraduate degree in chemistry at the Massachusetts Institute of Technology, she went to a talk by Sally Ride, the first woman in space. This singular experience of seeing someone not that different from her do something so incredible was an important marker in Coleman’s career, and she indeed went on to become an astronaut herself.

Coleman was accepted into the NASA astronaut corps in 1992. Her second mission into space would be as the mission specialist on STS-93 in 1999 for the Chandra X-ray Observatory (which is how I met her). Coleman would go on to be the Chief of Robotics for NASA’s Astronaut Office, an aquanaut (underwater astronaut) living and working underwater for eleven days, and 6-month resident of the International Space Station. Coleman logged more than 4,330 hours in space. Today, Cady is retired from the Astronaut Corps but she now spends much of her time meeting with people, leading new initiatives, talking about the excitement of space exploration and the technology that makes it all possible. It's been about two decades since I first met her and she's still an inspiration and mentor to me.

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