Skip Navigation
MarylandToday

Produced by the Office of Marketing and Communications

Subscribe Now
Research

Terps’ Work Helped Create First Images From Webb Space Telescope

UMD Astronomers, Engineers, Physicists Have Been Deeply Involved for Decades

By Chris Carroll

New image of Carina Nebula by Webb Telescope showing unprecented space detail

The Webb Space Telescope's new image of the Carina Nebula, a vast, roiling cloud of dust and gas 7,600 light years from Earth, reveals previously unseen areas where new stars are born.

Image courtesy of NASA, ESA, CSA, STScI

Soon after its Christmas launch, the James Webb Space Telescope (JWST) began to gently unfurl like a 70-foot robot butterfly as it glided toward a point in orbit around the sun about a million miles from the Earth. For the last few months, it’s been cooling down to space temperatures and tooling up as mission controllers prepared to open the farthest-seeing eye ever trained on the cosmos.

Now, after three decades of work and an $11 billion investment, NASA (along with partners the European Space Agency and the Canadian Space Agency) has rolled out the first full color images from JWST, starting Monday night with the deepest view of the distant universe ever recorded. Today it offered images and data for nebulae, galaxy clusters and distant planets, whetting the appetite of sky watchers for groundbreaking science and eye-popping visuals to come.

Webb space telescope is assembled in a clean room at Goddard Space Flight Center.
Prior to its 2021 launch, NASA technicians used a crane to hoist the James Webb Space Telescope, with its 21-foot mirror deployed, inside a clean room at Goddard Space Flight Center in Greenbelt, Md. (Photo courtesy of NASA)

The telescope was built just around the corner from the University of Maryland at NASA Goddard Space Flight Center, and many UMD faculty and alums have orbited the project throughout its history. They designed, built and tested the long-awaited successor to the Hubble Space Telescope (still going strong with plenty of Terp support) and are closely involved in operations, mission planning and eventual translation of Webb Space Telescope discoveries to the public.

One of the first astronomers to use it, Assistant Professor Eliza Kempton, is part of an “early release science program” now producing results. In coming months, the telescope will also provide observations for two projects she’s leading or co-leading focused on “sub-Neptunes”—mysterious exoplanets surrounded by currently impenetrable haze.

JWST’s advanced instruments and giant, 21.5-foot-wide gold-plated mirror will capture unprecedented information about sub-Neptune atmospheres, she said, and help kickstart the study of potentially habitable environments and the search for the ingredients that make life possible on Earth.

“We’ve been waiting so long it feels almost surreal,” she said. “It’s like a dream the astronomy community is waking up from, and suddenly it’s here.”

The telescope was built to peer far through space—and thus back in time—nearly to the beginning of everything, said College Park Professor John Mather. He is the senior JWST project scientist and winner of a Nobel Prize in physics for his work with an earlier Goddard-built spacecraft to map cosmic background radiation left painted across the sky by our universe’s explosive debut.

“The universe looks very different when you have infrared eyes,” Mather said. “We’re going after the first obvious objects that grew from the big bang material, the first stars, the first galaxy, the first black holes, the first exploding stars—all the way up to the present time and what’s happening now in our own small neighborhood in the solar system.”

Spinning the ‘Webb’

UMD alums have played key roles in building and operating the Webb Space Telescope, including:

  • Nasif Ahmed ’14, flight operations simulations engineer at Space Telescope Science Institute (STScI)
  • Wen-Hsien Chuang Ph.D. ’05 and Dan Kelly ’02, M.S. ’05, developers of the microshutter array for JWST’s near-infrared spectrograph
  • Matthew Feeney ’14, Mission Operations Center flight control team engineer, STScI
  • Sonya Hopson ’03, project safety engineer at Goddard
  • Alexandra Lockwood ’07, project scientist, science communications lead at STScI
  • Alyssa Pagan ’16, science visuals developer at STScI
  • Keith Parrish ’89, commissioning manager at Goddard
  • Joe Pollizzi M.S. ’77, Science and Operations Center ground systems development manager at STScI
  • Eric Smith M.S. ’85, Ph.D. ’88, JWST program scientist and Astrophysics Division chief scientist at NASA HQ
  • Christopher Stark Ph.D. ’10, deputy integration, test and commissioning project scientist at Goddard
  • Patrick Taylor ’87, flight operations systems engineering architect at STScI
  • Kan Yang M.S. ’10, OTIS test thermal lead analyst and thermal engineer at Goddard
  • Wayne Yu ’10, M.S. ’15, Navigation and Mission Design Branch flight dynamics engineer at Goddard

Several astronomy faculty members in addition to Kempton have secured “observing time” through a competitive process:

  • Alberto Bollato, professor
  • Drake Deming, professor emeritus
  • Mike Kelly, associate research scientist
  • Sylvain Veilleux, professor
  • Mark Wolfire, principal research scientist
Topics:

Research

Maryland Today is produced by the Office of Marketing and Communications for the University of Maryland community weekdays during the academic year, except for university holidays.