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ALT Two side-by-side panels. On the left is a photo taken during the Webb telescope's launch. At the top of the image is a tiny white rocket, partially obscured, that is glowing pale yellow and streaming smoke below it. The sky is gray and cloudy. Beneath the rocket and its jet of smoke are lush green treetops, as well as a smooth body of water also reflecting the rocket above. The right panel shows the same image as an unfilled, black-and-white coloring page. The left side of the coloring page says "Webb Space Telescope Launch!" and the right side features the NASA logo. Near the bottom is small text that reads: "The James Webb Space Telescope launched from Europe's Spaceport located near Kourou, French Guiana, on December 25, 2021. Image Credit: NASA/Chris Gunn."
ALT Two side-by-side panels. On the left is a photo taken during the Webb telescope's launch. At the top of the image is a tiny white rocket, partially obscured, that is glowing pale yellow and streaming smoke below it. The sky is gray and cloudy. Beneath the rocket and its jet of smoke are lush green treetops, as well as a smooth body of water also reflecting the rocket above. The right panel shows the same image as an unfilled, black-and-white coloring page. The left side of the coloring page says "Webb Space Telescope Launch!" and the right side features the NASA logo. Near the bottom is small text that reads: "The James Webb Space Telescope launched from Europe's Spaceport located near Kourou, French Guiana, on December 25, 2021. Image Credit: NASA/Chris Gunn."
ALT Two side-by-side panels. On the left is a photo taken during the Webb telescope's launch. At the top of the image is a tiny white rocket, partially obscured, that is glowing pale yellow and streaming smoke below it. The sky is gray and cloudy. Beneath the rocket and its jet of smoke are lush green treetops, as well as a smooth body of water also reflecting the rocket above. The right panel shows the same image as an unfilled, black-and-white coloring page. The left side of the coloring page says "Webb Space Telescope Launch!" and the right side features the NASA logo. Near the bottom is small text that reads: "The James Webb Space Telescope launched from Europe's Spaceport located near Kourou, French Guiana, on December 25, 2021. Image Credit: NASA/Chris Gunn."
ALT Filled in coloring page, part of the Color with NASA series, depicting missions such as the James Webb Space Telescope, Enceladus and Europa, as well as a man on the Moon with the American flag. Submitted by Mrunmayee Sanjog Mhatre.
ALT Filled in coloring page showing the James Webb Space Telescope on the right and a rainbow swirl galaxy on the left. Colored pencils line the left and right borders of the page. Submitted by Ivan Jair Teniza Gutierrez.
ALT Filled in coloring page titled "Downloading Data," showing how the James Webb Space Telescope sends and receives data from Earth. Colored pencils line the left and right borders of the page. Submitted by Ivan Jair Teniza Gutierrez.
ALT Coloring page within the JWST Fun Pad for kids. Text says: "Color the Webb Telescope: Make this a work of art and space!" Graphic is of the Webb Telescope among galaxies and planets in space.
ALT Coloring page for the James Webb Space Telescope. A galaxy is at the left and an illustration of the telescope is on the right.
ALT Coloring page of the James Webb Space Telescope, created by the National Space Center in the UK.
ALT Coloring page within the JWST Fun Pad for kids. Text says: "Color the Webb Telescope: Make this a work of art and space!" Graphic is of the Webb Telescope among galaxies and planets in space.
ALT Coloring page for the James Webb Space Telescope. A galaxy is at the left and an illustration of the telescope is on the right.
ALT Coloring page of the James Webb Space Telescope, created by the National Space Center in the UK.
ALT Nancy Grace Roman, NASA’s first chief astronomer, smiles out at us from our first color page. She’s considered the mother of our Hubble Space Telescope because she helped everyone understand why it was important to have observatories in space – not just on the ground. If it weren’t for her, Hubble might not have ever become a reality. The Roman Space Telescope is named after her to honor the legacy she left behind when she died in 2018. Thanks to Nancy Grace Roman, we’ve taken countless pictures of space from orbiting telescopes and learned so much more about the universe than we could have possibly known otherwise!
ALT The second color page illustrates some of the exciting science topics the Roman Space Telescope will explore. Set to launch in the mid-2020s, the mission will view the universe in infrared light, which is like using heat vision. We’ll be able to peer through clouds of dust and see things that are much farther away. We anticipate all kinds of discoveries from the edge of our solar system to the farthest reaches of space. This color page highlights a few of the things the Roman Space Telescope will help us learn more about. The mission will find thousands of planets beyond our solar system and hundreds of millions of galaxies. It will also help us unravel the mysteries of dark matter and dark energy, represented by the gray web-like pattern in the background. With so much exciting new data, who knows what else we may learn?
ALT Nancy Grace Roman, NASA’s first chief astronomer, smiles out at us from our first color page. She’s considered the mother of our Hubble Space Telescope because she helped everyone understand why it was important to have observatories in space – not just on the ground. If it weren’t for her, Hubble might not have ever become a reality. The Roman Space Telescope is named after her to honor the legacy she left behind when she died in 2018. Thanks to Nancy Grace Roman, we’ve taken countless pictures of space from orbiting telescopes and learned so much more about the universe than we could have possibly known otherwise!
ALT The second color page illustrates some of the exciting science topics the Roman Space Telescope will explore. Set to launch in the mid-2020s, the mission will view the universe in infrared light, which is like using heat vision. We’ll be able to peer through clouds of dust and see things that are much farther away. We anticipate all kinds of discoveries from the edge of our solar system to the farthest reaches of space. This color page highlights a few of the things the Roman Space Telescope will help us learn more about. The mission will find thousands of planets beyond our solar system and hundreds of millions of galaxies. It will also help us unravel the mysteries of dark matter and dark energy, represented by the gray web-like pattern in the background. With so much exciting new data, who knows what else we may learn?
