Newly Discovered Hole On Moon Leads To Network Of Tubes [Space]

Images have revealed a hole on the Moon's surface that is at least 260 feet deep and may lead to an underground tunnel more than 1,200 feet wide which is part of an entire network of such winding tubes.
Scientists are hoping for clearer shots from NASA's Lunar Reconnaissance Orbiter, but the impression so far is that such a tunnel network could provide shelter for astronauts or potential future Moon colonists.
I just plain wonder if they could combine it with the recent discovery of water for one kickass underground waterpark.
[Gizmodo via New Scientist via Pop Sci]

Ares I-X Rocket Unveiled, Rolls Out to Launch Pad [Space]

At last! The new Arex I-X rocket—the first iteration of the rocket that will take humans back to the Moon and beyond—is out of NASA's assembling facilities, and is now at Launch Pad 39B, getting ready for launch.
The assembled Ares I-X was mounted aboard NASA's sandcrawler at Kennedy's Vehicle Assembly Building at 1:39 a.m. It arrived at Launch Pad 39B around 7:45 a.m.
The Ares I-X will test the viability of the 100-meter high Ares I, NASA's tallest, most powerful rocket since the Saturn V. The Saturn V was ten meters higher than Ares, and it remains the biggest, most powerful rocket ever launched.
If everything goes well, Ares I-X will blast into the sky on October 27, reaching 40 kilometers up in the air, and sending vital information about its performance. The first stage, a solid rocket engine, will return to Earth. The dummy upper stage will fall down to the ocean.

Arex I-X is the first major milestone for the Constellation program, which in theory would take over the shuttle, and also bring humans back to the Moon and Mars. If el Sr. Presidente gives the go ahead, that is. At this point, the Constellation program is being evaluated by the Augustine Commission. Their final report, that will seal its fate, will be handed in to the White House this week.
In other words, enjoy this one while it lasts.
[Gizmodo via NASA]

Surfing Titan's waves in a nuclear-powered boat

Planning a trip to Titan, one of Saturn's moons? Well, you're going to want to go prepared. Why not bring along a nuclear-powered boat for sailing the seas of ethane, methane and propane?

That's what NASA-funded geologist Ellen Stofan suggests with her design, seen above. The Titan Mare Explorer (or TiME for short) uses nuclear power rather than solar power because the methane raine in Titan's atmosphere cuts down the suns rays considerably (as does the distance from the sun). It'll be powered by a new kind of nuclear power cell known as the Advanced Stirling Radioisotope Generator (ASRG). Cool! Be sure to send a postcard when you get there and let us know how the weather is.

[DVICE via Space via io9]

National Geographic: 50 Years of Space Exploration

Ready to lose 20 minutes of your day?
Check out this huge infograph that displays the last 50 years of space exploration. It’s awesome although it does kind of indicate that Venus is closer to earth than the Moon. The “50 Years of Space Exploration” graphic was created by Sean McNaughton and Samuel Velasco for National Geographic. I must say though, skip the interactive edition on NationalGeographic.com and check out the full size version on Flickr.
[CrunchGear via OhGizmo]

Water On The Moon

For all you space buffs who like to keep track of where the water is, it looks like you can add our very own moon to your list. Because according to a trio of papers appearing in the journal Science , the lunar surface is wetter than we realized. [More]

[Scientific American]

John Carmack's Armadillo Finally Wins Lunar Landing Challenge [Space]

After crashing the last time, Armadillo Aerospace won the $1,000,000 Northrop Grumman Lunar Lander Challenge this Saturday. Needless to say, Doom-creator, Armadillo's head, and überspacenerd John Carmack was veehee happy:

Since the Lunar Lander Challenge is quite demanding in terms of performance, with a few tweaks our Scorpius vehicle actually has the capability to travel all the way to space. We'll be moving quickly to do higher-altitude tests, and we can go up to about 6000 feet here at our home base in Texas before we'll have to head to New Mexico where we can really push the envelope. We already have scientific payloads from universities lined up to fly as well, so this will be an exciting next few months for commercial spaceflight.

Scorpius was able to complete the challenge, flying the 180 seconds required to escape from the Moon's surface and reach lunar orbit. [Space.com]