The WISE will be in orbit for the next nine months, snapping a photo every 11 seconds to map the entire universe in infrared. Eventually it'll cover the entire sky 1.5 times over.

It'll be looking for any objects that have a potential of hitting Earth as well as distant objects such as brown dwarfs and far-away galaxies shrouded in dust. Also, alien spacecraft. I mean, duh. [CNN, image via]

In October NASA said they would need $3 billion more per year to go forward with meaningful human space exploration, i.e. not just sending more robots up. For a while there were rumors going around that Washington was going to severely scale back the program's budget, but now according to Washington insider John Logsdon, "there will be more money."

He's also saying that Obama doesn't want to be that president who cuts a future oriented program. So he'll keep it alive, but he'll only give them a budget somewhere between their current spending and the $3 billion per year increase NASA is looking for. But all that means is that NASA will have to buddy up with international space programs a little more.

Let's face it, we weren't going to get to Mars on our own anyway. As long as NASA is still alive, and there's still a remote chance of me seeing a mission to Mars in my lifetime, I'm a happy camper. [New Scientist, image via Matthew Simantov]

Stuck in a soft patch of sand since April, its whole right side sounds damaged, thanks to the front-right wheel which hasn't worked since 2006, and now the back-right wheel that has seized up trying to get out of the sand.

Solar-powered, the Spirit Rover normally rests up each winter with its solar back angled towards any available sunlight, with enough power soaking in to keep its inside-bits from freezing. But if it can't move out of the sand pit it's stuck in, the Spirit Rover won't be able to soak up those vital rays of light.

NASA, if we all collected enough tinned soup and woolly jumpers to send to Mars, would that help? [New Scientist]

After two years of studying light output from the star's death, one scientist is proposing that this star might have been the biggest ever known. About 200 times larger than a standard solar mass.

And when huge stars explode, it involves some really cool words. Check out this description:

But in the case of an extremely massive star, while its core is still made of oxygen, it releases photons that are so energetic, they create pairs of electrons and their anti-matter opposites, positrons. When the matter and antimatter meet, they annihilate each other.

Electrons and positrons? Matter and anti-matter? All fighting to annihilate each other and creating what may be the biggest nuclear explosion EVER? Man that sounds awesome.

I hope I get an FPS-style killcam view of the universe when I die, just so I can see stuff like this go down. [Space.com via Gearlog]

The panorama represents the combined effort of two Spitzer survey teams, who used two of the telescope's onboard instruments, the Infrared Array Camera (IRAC) and the Multiband Imaging Photometer.

The large image was made from stitching together 800,000 individual pictures taken by Spitzer, for a total of 2.5 billion infrared pixels. It covers an area of the sky about as wide as a pointer finger and as long as the length of arms outstretched, which might sound small, but covers about half of the entire galaxy, says Robert Hurt, of the Spitzer Science Center at Caltech.

Just another friendly reminder that our entire lives are insignificant and that none of us will ever know one iota of the true mysteries of the universe that we live in. Happy Friday! [Space.com via The Daily What]

I mean, if I were God, I would go live there: A well illuminated apartment, with a nice kitchen in which to cook some new stars, and a sunny beach. But since I'm agnostic, I will tell you that this nebula is just a titanic group of particles, with sizes ranging from ten to a hundred times smaller than a Earth dust grain. It doesn't emit anything: NGC 7023 just reflects the light from HD 200775, a nearby magnitude +7 superstar.

The Iris Nebula was first discovered in 1794 by Sir William Herschel, this is the first closeup, taken by the Hubble's Advanced Camera for Surveys. Scientists are now studying its composition—which is formed by an unknown hydrocarbon-based compound—using Hubble's infrared camera. [Hubble]

This is the Altair moon lander simulator, the newest, most exciting toy for astronauts planning to go to the Moon and beyond. It's also one of the most difficult arcade games they can play, requiring landings within 10 feet of the target coordinates.

Built on the Vertical Motion Simulator at the NASA Ames Research Center, the sim has an internal layout similar to the real Altair's, which itself is very similar to the old Apollo Lunar Module. As in the LM, astronauts have to stand up looking down small windows. Unlike in the LM, however, most controls seem to be placed in touchscreens. I don't know about the astronauts, but I like the old school buttons and switches in the Lunar Module a lot better. Click. Click. CLICK. [CNET via Hyperbola]

A reporter asked about the lack of turkey dinner in the official NASA menu, but mission commander Charles Hobaugh replied "shockingly, yes, I think it will be" as they flashed some bags with the goodies inside. Hobaugh didn't care a lot:

Thanksgiving to me has not always been about the food you eat, but the company you keep, and I'm keeping some outstanding company here. I can't wait to get home and share a late Thanksgiving meal with my family but, in the meantime, I've got a great group of friends and I'm really thankful for that.

A NASA spokesman was surprised and didn't have any explanation except that some of the ISS crew may have sneaked turkey—smoked and irradiated—candied yam, freeze-dried cornbread stuffing, and green beans packages into the station.

Meanwhile, this Gizmodo editor is surprised that he didn't vomit while writing this article, after eating between five and three hundred pounds of turkey today. [AP]

Click here to see all the gifts in a single page.

From the Earth to the Moon - The Signature Edition: This is one of my favorite TV series of all time. It's well scripted, acted, filmed, and directed, to the point in which you will get glassy eyes at some of the most dramatic and epic moments. My favorite is still the episode in which Apollo 12 arrives at the Moon, perhaps the most anticlimactic moment in the history of space travel. Even if you watched this on TV, each of the 12 episodes are a must to fully understand the titanic scope, knowledge, and courage that took humans into their trip from the Earth to the Moon. $15 [Amazon]

Lego Saturn V: This one is a given: Saturn V + command module + lunar module + lunar rover + Lego = Insane win. I wish it was as big as the gigantic Millennium Falcon, but it's good enough as it is. Everyone will like the set, and it's a perfect way to celebrate the 40 Anniversary of humankind's first trip to the Moon. $139 [Amazon]

Moonfire: At $1500, this is one very expensive book. But it is a limited edition of 1969 units. The last 12 of them—numbered from 1958 to 1968—have a moon rock inside, but those go for a creditbreaking $90,500. And the moon rock is not from the Apollo mission, but from a certified meteor. Alternatively, you can always buy the beautiful—and a lot cheaper at $31—Full Moon. $1500 [Taschen]

Trip to the Kennedy Space Center to watch a shuttle launch: Going to the Kennedy Space Center is always fun. Going to see a launch and feel the ground tremble below your feet while the sky fires up in Halloween orange and chimney red? Simply amazing. Going to watch one of the last shuttle launches next year? An absolute must. If you give this trip to any space aficionado out there, he or she will love you forever. $38 adult/$28 child for the admission ticket, add $21 adult/$15 child for guided tour, plus cost of flight and hotel. [Kennedy Space Center]

NASA Flight Jacket: The other day I got a real USAF fighter pilot jacket at a second hand shop. I wish I had that for a perfectly dorky Tom Cruise impression at the Dubai Air Show. This NASA Flight Jacket is the next best thing. Kind of. And it comes with all the patches. You only have to provide the Right Stuff. $79.99 [The Space Shop]

American Optics Pilot Eyeglasses: OK, so you got the jacket. Now you need the sunglasses. Forget about Ray-Bans. These American Optics' Original Pilot Sunglasses are the real thing, used by astronauts since the beginning of the human space program. You can choose different colors, lenses, and temples at their web site. Unfortunately, they no longer make the yellow bayonet model used by Michael Collins during the Apollo 11. Those are my favorites (pictured here). $70. [American Optics]

IMPOSSIBLE Ride in the Space Shuttle: Even if you had all the money in the world, NASA would never let you ride the shuttle. A Soyuz spacecraft, sure, but no space shuttle. Nosir, no big bang for you on top of this Reagan era wonder. You will have to enjoy this video and get over it, because sadly it wouldn't happen even if you were Steve Jobs, Bill Gates, and JesusChrist all rolled into one. No price tag. But you can go on Virgin Galactic for a cool $200k. [NASA]

DON'T BUY Astronaut ice cream: This thing is disgusting. I want to like it every time I try it, but it has the most horrible taste. Maybe they should clean those astronauts more throughly before making ice cream with them. Die space ice cream, die! Give me Ben & Jerry's Chocolate Fudge Brownie any day. $4 [The Space Shop]

Don't forget to recommend your own favorite space gifts in the comments-include pics and pricing if possible.
All Giz Wants is our annual round-up of favorite gift ideas, including amazing attainable objects and a few far-out fantasies. We'll be popping guides catered to different interests several times per day for the next week, so keep checking back.

The Rock just wants to make sure we remember that NASA's responsible for the rubber soles on our shoes, and the (apparently humorous) inclusion of freeze-dried fruit in cereal. But c'mon, NASA. We need fewer celebrity endorsements, more trips to Mars if we want to keep kids convinced the organization has reason to exist. [Techland]

The GEOS-5 atmospheric model was developed by NASA Goddard's scientists. It's based on the Earth System Modeling Framework, an open source project "for building climate, numerical weather prediction, data assimilation, and other Earth science software applications."

To really appreciate its beauty, you can watch the 1080p high definition video at NASA. [NASA via @NASAGoddard]

The video is in French, but le crap and le boom don't need much translation:

Seriously, I don't know why NASA is always whining for more money from Congress. [Koreus—Thank you Alejandra]

If you are having problems, you can tune to NASA TV

Click on the small playback button—and sit through the 30 second ad—to watch it in the page.

This will be the last shuttle launch in 2009. Then we will only have five more launches:

• STS-130 Endeavour: ISS assembly flight 20A: Node 3 and Cupola. February 4, 2010
• STS-131 Discovery: ISS assembly flight Utility and Logistics Flight 4: Multi-Purpose Logistics Module Leonardo. March 18, 2010
• STS-132 Atlantis: ISS assembly flight 19A: Mini-Research Module 1. Final planned flight of Atlantis. May 14, 2010
• STS-134 Endeavour: ISS assembly flight ULF6, ELC 4, ROEU, Alpha Magnetic Spectrometer. Final planned flight of Endeavour. July 29, 2010
• STS-133 Discovery: ISS assembly flight ULF5, MPLM Leonardo, (to be left pemanently attached), ELC 3. Final flight of Discovery. Final Shuttle flight of the program. September 16, 2010.

All good (and bad) things have to end one day. It will be sad to see the last flight of the old space beasts from the Reagan Era. [NASA]

At least, that's the plan. Really they're not expecting much from their efforts. Even though NASA has spent half a year planning how to get the rover out of the loose sand it's stuck in, every step will be dependent on what happens during the previous one. Right now NASA only has six forward rotations of Spirit's wheels planned. They anticipate extreme slippage, and will have to reevaluate the next steps once that first miniscule motion is completed.

If work continues at that pace, it's easy to see why escape efforts are planned to last until 2010. Even if Spirit can't get out of the sand trap that swallowed it, there's still plenty of good the rover can do while stationary. Just know that, whatever happens, we're all pulling for you little buddy. [Network World via Slashdot]

That's what NASA is planing to do: Use squirrel monkeys to test the possible effect of radiation in humans for long-term space missions. This is the first time the agency is going to test with monkeys since the days of the Mercury Project.

They plan to bomb 27 squirrel monkeys with high-energy gamma-ray radiation, the equivalent of what astronauts could get in a three-year voyage. This obviously can result in two things: Monkeys dying in pain or giant green monkeys destroying the whole East Coast.

Clearly, a lose-lose situation.

The $1.75 million project has encountered strong opposition from animal welfare organizations, but NASA spokesman Bill Jeffs gives a good argument:

NASA-funded research has shown that simulated space radiation can affect nerve cells in culture and also the behavior of mice and rats, but these studies are limited in the extent they can be extrapolated to human behavior and performance. Studies in nonhuman primates are essential to be able to best predict neurobehavioral effects of radiation on humans.

Would you prefer 27 squirrel monkeys dying in experiments or six dead astronauts in a capsule floating on the Pacific Ocean? [Space.com]

It's an announcement that's been expected for some time.

Are we talking about enough water for astronauts to actually live off? That's what NASA is analyzing now, attempting to scale the results of the small section studied by LCROSS. But "it's water like any other water," NASA said, though it'd need purification to drink. I guess that whole moon bombing didn't turn out so boring after all. [CNN]

While the concept is not new, this prototype is fully working and operational. Created by Jing Li and a team of researches at NASA's Ames Research Center, Moffett Field, California, the sensor is a multiple-channel silicon-based sensing chip integrated in micro-board with 64 nanosensors.

The low-cost, low-power system can detect minimal concentrations of ammonia, chlorine gas, and methane, showing the values in an iPhone application. It can automatically communicate the results with other cellphones or the Enterprise's computer using Wi-Fi or 3G, and order massive teleportation evacuations if needed. OK, not true. No teleportation yet, but we are getting there. [NASA]