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'Godzilla' monster spotted in colorful nebula by zombie space telescope

Do you see Godzilla in this picture? This image from NASA's Spitzer Space Telescope shows an infrared view of a nebula in the Sagittarius constellation that may resemble the sci-fi monster.
Do you see Godzilla in this picture? This image from NASA's Spitzer Space Telescope shows an infrared view of a nebula in the Sagittarius constellation that may resemble the sci-fi monster. (Image credit: NASA/JPL-Caltech)

A dead space telescope's data reveals a gas cloud that looks like the iconic sci-fi monster Godzilla.

If you look carefully at a new infrared image from NASA's Spitzer Space Telescope, you can spot monster features such as glowing eyes, a roaring mouth and even a dramatic hand or paw glowing in the dark.

While the shape is a cosmic coincidence, what the new image shows is the value of continuing to use telescopic data even after a mission has completed. In this case, we're looking here at imagery collected by the NASA Spitzer Space Telescope nearly two years after it ceased operations in January 2000

While you can argue it was a zombie telescope that observed this so-called monster in space, the individual who processed the image didn't see it that way. "I wasn’t looking for monsters," Robert Hurt, a California Institute of Technology astronomer, in a statement from NASA's Jet Propulsion Laboratory.

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Here's the same infrared image from the Spitzer Space Telescope with an outline of its features by Caltech astronomer Robert Hurt, who processed the image and spotted this Godzilla lurking in the cosmic clouds.  (Image credit: NASA/JPL-Caltech)

"I just happened to glance at a region of sky that I’ve browsed many times before, but I’d never zoomed in on," added Hurt, who has created most public images from Spitzer data since its 2003 launch. "Sometimes if you just crop an area differently, it brings out something that you didn’t see before. It was the eyes and mouth that roared 'Godzilla' to me."

Hurt and other humans who look at cosmic images can be prone to a tendency called pareidolia, which is a scientific name for humans to see shapes such as faces in otherwise random data. One of the more famous historic examples was the so-called Face on Mars, from Viking 1 orbital data in 1976. Viking happened to be flying overhead at a time when the shadows just aligned on a rock feature, appearing as a face.

Playfully, JPL pointed to other examples of pareidolia that astronomers saw in Spitzer data, including a black widow spider, a Jack-o-Lantern, a snake, an exposed human brain, and even the Starship Enterprise from "Star Trek." 

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"It's one of the ways that we want people to connect with the incredible work that Spitzer did," Hurt said of this fantasy approach to otherwise serious science. "I look for compelling areas that can really tell a story. Sometimes it’s a story about how stars and planets form, and sometimes it’s about a giant monster rampaging through Tokyo."

The real-life region represented by Godzilla in this image is complex, first captured during Spitzer's work under a program called GLIMPSE (Galactic Legacy Infrared Mid-Plane Survey Extraordinaire). GLIMPSE surveyed the Milky Way galaxy's plane in four infrared wavelengths and generated 440,000 images, including this one.

"Stars in the upper right, where this cosmic Godzilla’s eyes and snout would be, are an unknown distance from Earth — but within our galaxy," JPL stated. "Located about 7,800 light-years from Earth, the bright region in the lower left — Godzilla’s right hand — is known as W33."

The material here is rich in star-forming stuff, and as young stars came into being their radiation blew away the dust and gas in the region, JPL noted. Changes can also happen when massive older stars explode as supernovas, which sprinkles the nearby area with heavy elements that can coalesce into planets or other objects. 

Spitzer's infrared eyes allowed scientists to learn more about this region, which is otherwise filled with dust and thus invisible to human eyes. Four colors (blue, cyan, green and red) represent the four infrared wavelengths Spitzer used, while yellow and white are combinations of the wavelengths, JPL said. (If you're looking for the dust, that's in green and red, with red being the dust heated by stars or supernovas.

If you want to create your own creatures using Spitzer data, the California Institute of Technology's Spitzer Artistronomy web app allows you to do so for free.

Follow Elizabeth Howell @howellspace, or Space.com @Spacedotcom. We're also on Facebook and Google+. Original article on Space.com.

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Elizabeth Howell

Elizabeth Howell is a contributing writer for Space.com who is one of the few Canadian journalists to report regularly on space exploration. She is the author or co-author of several books on space exploration. Elizabeth holds a Ph.D. from the University of North Dakota in Space Studies, and an M.Sc. from the same department. She also holds a bachelor of journalism degree from Carleton University in Canada, where she began her space-writing career in 2004. Besides writing, Elizabeth teaches communications at the university and community college level, and for government training schools. To see her latest projects, follow Elizabeth on Twitter at @howellspace.