Thursday, September 3, 2026

Meet the Women Behind the Nancy Grace Roman Telescope

This week the Nancy Grace Roman Telescope launched perfectly and is now on its journey to Lagrange Point 2 (L2). A million miles from Earth, the telescope will begin its mission to map the universe in a wide-angle, infrared view. Named for Nancy Grace Roman, NASA's first chief of astronomy and first woman executive, the telescope celebrates one of the most famous female astronomers to date. As part of that legacy, many of those involved in building and operating Roman are women. 

The Nancy Grace Roman Telescope launches on a SpaceX Falcon rocket on August 30, 2026. 
Photo: NASA/Joel Kowsky

Jackie Townsend, Roman Space Telescope Project Manager

Jackie Townsend didn't follow a straight path to NASA and the Roman project. She went to college twice, dropping out the first time to work in various jobs before rediscovering her love for space and going back to study physics. Townsend brought this penchant for problem-solving to NASA's Goddard Space Flight Center, where she worked on Hubble missions as a materials engineer and contributed to James Webb as well. As a manager for Roman, she said, "I find it wonderful and empowering to think that everyone from a kindergarten kid to a Nobel laureate will have the same access to data to do whatever great science they have in mind." (Jackie Townsend - Roman Team - NASA)

Rebekah Hounsell, Assistant Research Scientist

Rebekah Hounsell knew she wanted to be an astrophysicist from the age of ten. She worked on data from Hubble at the Space Telescope Science Institute and found her way to Roman early in its development when it was known as WFIRST. Hounsell helped design the High Latitude Time Domain Survey, which will discover and categorize Type Ia supernovae during Roman's mission. Hounsell is excited to see Roman discover transient events as she continues her role as Co-Principal Investigator of of the Roman Supernova Project Infrastructure Team. (Rebekah Hounsell - Roman Team - NASA)

Ami Choi, Research Astrophysicist and Roman’s Deputy Wide Field Instrument Scientist
Ami Choi leads a tour stop at NASA Goddard. 
Credit: NASA/Travis Wohlrab

Ami Choi didn't find physics or math easy, but she pursued a career in astrophysics relentlessly, first through dark matter and energy and now as the deputy Wide Field Instrument scientist for Roman. Choi's curiosity drives her work, and she is looking forward to the moment Roman begins transmitting data back. (Ami Choi - Roman Team - NASA)

Sangeeta Malhotra - Research Astrophysicist

Sangeeta grew up in India, and her town's planned power outages at night gave her the opportunity to view dark skies and fall in love with the stars. She built her first telescope while in high school and never looked back. She studied dark matter while doing her PhD at Princeton and then the Hubble Constant and dark energy. She worked on the Hubble instrument NICMOS and advised using spectroscopy measurements on Hubble Ultra Deep Field planning. All of this experience led her to wonder what more could be observed from a wide-field telescope. Malhotra joined the team for WFIRST early on doing calibration and is currently working on her next mission, Habitable Worlds Observatory. (Sangeeta Malhotra - Roman Team - NASA)

Bente Eegholm - Optical Engineer

Bente Eegholm with Roman's primary mirror.
Credit: NASA/Chris Gunn

Eegholm came to the United States from her native Denmark and worked as a contractor supporting the James Webb Space Telescope. Her work focused on a speckle interferometer used for stability in one of Webb's mirrors. Then she was a developmental lead for the ICESat-2 mission and participated in building both the ATLAS flight telescope and a spare one. She joined the Roman team in 2019 as optics lead on the prism assembly. Eegholm appreciates the Roman project's relatively fast timeline from development to launch, as well as the shorter development cycles for Earth-observing missions, as she sees value in going through a development and launch cycle. (Bente Eegholm - Roman Team - NASA)

Building and developing the Nancy Grace Roman Telescope was truly a team effort, with thousands of people contributing to the telescope's creation, launch, and ongoing mission. Keep up with the latest mission updates through the Roman Space Telescope blog from NASA. 

Read more about the Roman Team at Nasa.gov.


Quotes used in this blog were originally published as part of the Roman Team page at NASA.gov, through an interview series by Ashley Balzer, NASA science writer for the Nancy Grace Roman Telescope. 





Friday, August 28, 2026

AASWomen Newsletter for August 28, 2026

AAS Committee on the Status of Women
Issue of August 28, 2026
eds: Jeremy Bailin, Sethanne Howard, Ferah Munshi, Stella Kafka, and Ben Keller

[We hope you all are taking care of yourselves and each other. --eds.]

This week's issues:

1. Call for Applications: 2027 Shapley Visiting Lectures Program
2. Survey on creating a (senior) network to support LGBTQ+ junior astronomers
3. To improve female representation in STEM, active allyship is vital
4. August 2026: The Eratosthenes America Project
5. Hidden in the Historical Record: Women’s Contributions to Early Astronomy
6. Announcing Monash 70th Anniversary Fellows
7. Book on Gender Balance in Astronomy
8. Funding Opportunity: NSF Graduate Research Fellowship Program
9. Funding Opportunity: Newnham College Cambridge Research Fellowship 2027 for Women in Science, Mathematics, Engineering and Psychology
10. Job Opportunities
11. How to Submit to the AASWOMEN newsletter
12. How to Subscribe or Unsubscribe to the AASWOMEN newsletter
13. Access to Past Issues

An online version of this newsletter will be available at http://womeninastronomy.blogspot.com/ at 3:00 PM ET every Friday.

Crosspost: Stemming the leaky pipeline-completing a PhD with a hidden disability

Today's crosspost from Lancaster University spotlights the challenges of completing a PhD with a hidden disability in an academic culture of constant productivity. Author Ellie Moxham writes:

"Universities increasingly celebrate diversity and inclusivity, yet academic success continues to be measured against standards that assume everyone can work at the same pace, sustain the same levels of productivity, and prioritise their research above all else. For researchers with invisible disabilities, the challenge is often not the research itself but meeting the ostensibly relentless expectations that now come with being in academia."

Image by Jan Vašek from Pixabay
Moxham raises the valid concerns about the expectation of every PhD student to conform to the current academic system, but she also highlights lessons learned for other students.



Thursday, August 20, 2026

Crosspost: New Astronomy Bachelors: What Comes Next

Today's crosspost features a report from AIP's Bachelor's Degree Recipient Follow-Up Survey. The survey covered three academic years from 2021 to 2024 and summarizes the responses for astronomy bachelor's degree holders upon graduation.
The report revealed that the awarding of astronomy bachelor's degrees hit an all-time high at 982 in 2024 (most recent survey data). Of those degrees, 41% were awarded to women, and 56% of astronomy degrees were a double major, most commonly paired with physics.

Upon graduation, 51% of degree holders entered the workforce, and 42% were enrolled in a graduate program for the following winter, with 7% unemployed. Those who entered the private sector in STEM jobs drew notably higher salaries than non-STEM private sector jobs and college or university jobs.
For all insights from the New Astronomy Bachelors: What Comes Next report, visit https://www.aip.org/statistics/new-astronomy-bachelors-what-comes-next. 


Thursday, August 13, 2026

August 12, 2026 Solar Eclipse in Photos

Yesterday much of Europe enjoyed a solar eclipse. The path of totality swept across Greenland, Iceland, and Spain, along with a tiny corner of Portugal. For those not in the path, the partial solar eclipse was still an exciting event.

I live outside of Lisbon, which experienced a deep partial eclipse with 95% coverage. In the days leading up to the eclipse, certified eclipse glasses sold out in nearly every pharmacy and vision center. I turned to online shopping and managed to have some delivered overnight, ordering a box of 50 to do so. Though I only needed four, the other 46 pairs were quickly claimed through my local running club, and I was happy to play a small role in their enjoyment of the event.

My family headed to a local park during the afternoon to let the kids run off some energy, then we walked to the nearby coastline, where we had a clear view of the sun. We carefully used our eclipse glasses and spent time using our kitchen colander to project shadows onto the concrete and a park bench. My daughters were particularly fascinated with this trick. We were awed by how the sun "set" during the eclipse and then set again on our drive home. Even though we weren't in the path of totality, this was the most coverage I've seen, and it was an experience to remember. 

I've added a few of my event pictures here, although I'm not a photographer, so I don't have any true eclipse photos. I also added links to photos from other sites for those of you not able to see this one. And mark your calendars, since next year's eclipse on August 2, 2027, will include a partial eclipse in the U.S. (Maine) and Canada, and the path of totality will once again cross part of Spain and into North Africa and the Middle East. Time to start planning now!

Find professional photos of the eclipse at Smithsonian Magazine, National Geographic, NPR, and NASA
Eclipse viewers walking back after the peak and sailboats on the Atlantic viewing the eclipse in Cascais, Portugal.
Photo: Kimberly Mitchell
A small girl with eclipse glasses.
Getting ready for the eclipse.
Photo: Kimberly Mitchell
Side by side photos of crescent moon shadows projected through a colander.
Colander moons
Photo: Kimberly Mitchell

Blogger Kimberly Mitchell with eclipse glasses.
CSWA blogger Kimberly Mitchell
Photo: Kimberly Mitchell

The shadow of a girl and a colander from the eclipse.
Solar eclipse shadows
Photo: Kimberly Mitchell