Next week, the NASA Goddard Space Flight Center will be unveiling its newest space telescope: the
The Roman telescope was originally called the Wide Field Infrared Survey Telescope (WFIRST) in February 2016.
NASA it was 鈥渘aming its next-generation space telescope currently under development, the Wide Field Infrared Survey Telescope (WFIRST), in honor of Nancy Grace Roman, NASA鈥檚 first chief astronomer, who paved the way for space telescopes focused on the broader universe.”
Roman is considered the 鈥渕other鈥� of NASA鈥檚 Hubble Space Telescope, which launched into space with the
Delivered to Goddard in November 2024, the Optical Telescope Assembly, which includes a 7.9-foot (2.4-meter) primary mirror, nine additional mirrors and supporting structures and electronics, was designed and built by L3Harris Technologies in Rochester, New York.
鈥淭he assembly incorporates key optics (including the primary mirror) that were made available to NASA by the National Reconnaissance Office. The team at L3Harris then reshaped the mirror and built upon the inherited hardware to ensure it would meet Roman鈥檚 specifications for expansive, sensitive infrared observations,” NASA
I had the opportunity to visit Goddard Space Flight Center in early January and spoke with Jamie Dunn, the Roman Telescope project manager, as well as seeing the telescope in the huge clean room.
Dunn said the telescope was in the final stages of testing and 100% complete. Testing will be finishing up and NASA plans to ship the Roman to Kennedy Space Center in Florida this summer.
The Roman will be launched from Kennedy Space Center using a In a news release, NASA indicated the launch of the Roman 鈥渋s planned as early as this fall.鈥�
Dunn said his biggest challenge since he joined the Roman team in 2018 was keeping the project on track during the COVID-19 pandemic. Challenges abounded as the virus took hold and caused personnel and logistical issues everywhere. Nonetheless, he and his team were able to keep working throughout the crisis.
At its 2023 peak, the construction of the Roman Space Telescope involved a thousand GSFC personnel with hundreds more contractors and personnel from the
Goddard built the optical telescope element of the James Webb Space Telescope, and by doing so acquired invaluable experience that was applied to the Roman Space Telescope. Dunn described the Goddard testing of the Roman Space Telescope as very similar to that of JWST.
I asked Dunn how many 鈥渟ingle points of failure鈥� 鈥� an event which if not successfully completed would lead to complete mission failure 鈥� the Roman Space Telescope has compared to JWST鈥檚 300-plus. He explained that Roman is far less complicated than JWST, as Roman Space Telescope doesn鈥檛 have to 鈥渦nfold,” has no and is far smaller. As a result the number is 鈥渓ess than a dozen.”
In researching the Roman Space Telescope, I discovered that it is designed to be refueled robotically.
Dunn said that the nominal lifetime requirement of Roman is five to 10 years and robotic refueling was built into the telescope.
He said that Goddard will be the location of the Roman Space Telescope鈥檚 Mission Operations Center and that the telescope will have a MOM 鈥� or Mission Operations Manager. Dunn said the Roman Space Telescope鈥檚 team was conducting training to prepare for the telescope鈥檚 mission.
In my briefing, it was explained that the Roman Space Telescope and JWST will overlap one another, with the new telescope supplementing JWST.
JWST has a very small field of view of the universe compared to the Roman Space Telescope. With its wide field of view, the Roman Space Telescope can image large sections of the sky and find new potential objects for Webb to observe. It is this large wide field of view and advanced imaging capability that makes the Roman Space Telescope so exciting.
The telescope will conduct that 鈥渁re designed to investigate some of the most profound mysteries in astrophysics while enabling expansive cosmic exploration that will revolutionize our understanding of the universe.鈥�
Whenever astronomers have a new ground or space-based telescope, new instruments or new theories, we always advance in our knowledge of the universe. The Nancy Grace Roman Space Telescope would make its namesake, the first chief astronomer of NASA, very excited and proud.
Oh, the wonders we will see 鈥� and WTOP will keep you up to date.
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