The Final Images from NASA’s Burned-Up NEOWISE Space Telescope

Launched in December 2009, the Near-Earth Object Wide-Field Infrared Survey Explorer (NEOWISE) ended its mission on July 31, 2024, and, as expected, reentered Earth’s atmosphere on November 1, burning up. However, while NEOWISE is gone, its impact is still felt. As Space reports, the NEOWISE team recently did one final data release and shared never-before-seen images.

NEOWISE’s history is a fascinating one. Originally launched as the Wide-field Infrared Survey Explorer (WISE) in 2009, it operated for two years before being shut down and put into hibernation. Two years later, in 2013, scientists reactivated it with a new mission: to hunt asteroids that could threaten Earth.

A vibrant image of outer space shows a dense field of blue and green stars shimmering against a deep, dark background. Wispy clouds of luminous green gas and dust stretch across the cosmic scene, creating a mystical, ethereal effect.
These pillars, located along the boundary of the constellations Vela and Centaurus, have no formal name and are not part of historical catalogs like Messier and NGC.

During its lifetime, including as WISE, NEOWISE conducted 21 complete sky surveys and captured nearly 27 million images. Some cosmic objects and areas of the sky were surveyed by the telescope at least 220 times, providing astronomers with a treasure trove of data over time. How objects in deep space change over time offers key insights into their history and nature.

A vibrant image of outer space, displaying a dense cluster of bright stars scattered across a blue and green nebula. The colors blend to create a cosmic tapestry, with luminescent clouds and sparkling star points.
This region of sky in the constellation Aries shows what astronomers call an “infrared circus,” due to its cloudy dust structures that are only visible in infrared light.

“Being able to watch the changing sky for nearly 15 years has opened a new avenue for time-domain science, for everything from the closest asteroids to the most distant quasars,” says Joe Masiero, Research Scientist at Caltech’s IPAC science center and the Deputy Principal Investigator of the mission.

A cosmic scene with swirling green and yellow nebula resembling a horse's head against a backdrop of blue and white stars scattered across a dark space. The nebula appears to glow with a subtle ethereal light.
The ‘Gecko Nebula’ is also known as LBN 437

NEOWISE studied more than 3,000 near-Earth objects (NEO) during its mission, about 10% of the known population. The final NEO the telescope viewed, 2007 LV8, was seen over a hundred times in the NEOWISE’s final days.

A starry night sky with numerous white stars scattered across a dark background. Some stars appear brighter, creating a sparkling effect in the vastness of space. No recognizable constellations are visible.
Just moments before NEOWISE’s survey ended on July 31, 2024, the venerable spacecraft captured this final image of a starfield. It shows a portion of Fornax, a constellation visible in the Southern Hemisphere. The fuzzy oval in the bottom right corner is NGC 1339, a galaxy about 64 million light-years from Earth.

During the original two-year period when NEOWISE was just WISE, it studied a vast portion of the night sky. While some of these images were shared with the public back then, many more weren’t. The public only ever saw a fraction of what WISE captured. Now that NEOWISE is gone, scientists are tying up any loose ends and putting a bow on the project. As part of that process, the public now gets to see many more beautiful space photos.

A colorful cosmic scene featuring a green, fish-shaped nebula against a backdrop of blue and white stars in space. The nebula appears luminous and prominent, surrounded by a dense field of twinkling stars.
This tadpole-shaped nebula is known as CG12, and is a ‘cometary globule.’

“The WISE and NEOWISE data releases are built for researchers, but they also embody some of the most amazing images of our infrared sky,” explains Robert Hurt, IPAC Visualization Scientist.

A colorful nebula in deep space with bright stars scattered across. Wisps of green, red, and blue gases create intricate patterns against a dark backdrop.
The California Nebula, also known as NGC 1499.

“They are so easy to work with it’s almost too easy to make a beautiful image from them! That’s why I wanted to revisit the archive to locate some hidden gems we missed before.”

A vibrant image of a starry sky featuring colorful nebulae. Bright stars and clusters of stars are scattered across a vast, dark space. Green, red, and blue hues blend to create a cosmic scene filled with light and shadow.
Monoceros R2 molecular cloud

The team selected six awe-inspiring, never-before-seen images from the archive to share with the public. The selections are featured throughout this article.

“I’m really grateful for all of the people at IPAC who have put so much effort into making this the best dataset possible, for today and for future generations,” adds Masiero.


Image credits: NASA/JPL-Caltech/IPAC

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