Here's a fact: the world really doesn't need another mildly tweaked Aura. Sorry, it just doesn't. That being true and all, we're still pretty jazzed to see Motorola giving the ultra-luxurious handset another go with the moon-themed Celestial Edition. Word on the street has it that this here handset won't deviate much from the predecessor, but it will come pre-loaded with multimedia from the original moon landing mission, a laser etched quote honoring the 40th anniversary of the journey and a price tag that's far, far beyond stratospheric. We're told that it's all set to go on sale next month, but good luck finding one.

[Via phoneArena]

NASA's grabbed Microsoft's fancy Photosynth software once again to build virtual tours of the International Space Station and a full-scale model of NASA's Mars Science Laboratory rover. The interface lets you dive through endless, 3D-oriented photographs of the station's modules, both inside and out, and gives a really good impression of the size and complexity of the lab-on-wheels NASA is prepping for a 2011 mission to Mars. It's not like being there, but it's a good way to kill a lazy Saturday morning.

[Via PhysOrg]

NASA's recently developed electronic nose, intended for air quality monitoring on Space Shuttle Endeavour and later the International Space Station, has a rather fortunate and unintended secondary role. In addition to being able to detect contaminants within about one to 10,000 parts per million, scientists have discovered it can also sniff out the difference in odor between normal and cancerous brain cells -- not a new use for e-noses, but certainly one that helps to advance the field. Groups such the as Brain Mapping Foundation, City of Hope Cancer Center, and Jet Propulsion Laboratory have been testing the technology and hope it one day leads to a new understanding of cancer development. We'd also wager it can accurately detect what cologne or perfume you're wearing, another unintended side effect and probably not as fun of a party trick as it seems.

[Via Slashdot; image courtesy of RSC]

Truthfully, there's just not enough work being done in the area of advanced underpants, so we're absolutely elated to hear that textile experts at Japan Women's University in Tokyo are picking up the slack and moving forward with an amazing development. Koichi Wakata, the first Japanese astronaut to live on the International Space Station, is current testing the "odor-free" clothing, and it's said that he can rock the same drawers without any pungent smells for a solid week. The garb is designed to "kill bacteria, absorb water, insulate the body and dry quickly," and as if that wasn't awesome enough, they're also flame-resistant and anti-static. The best news? There are already talks of bringing this stuff to the commercial realm. Don't deny it -- you're already thinking of how stellar it'd be to wash clothes just once per month.

NASA commissioned a study on the feasibility of using little smallish tractor bots to prep a lunar outpost before the humans show up, and the research seems to show it as a good idea. The theoretical plan is for 330 pound mower-sized bots to show up on the moon and prep the surface for actual buildings, landing sites, roads and so forth. The robots are basically glorified tractors (or perhaps simplified tractors) so lunarnauts shouldn't expect a palace by the time they show up -- just a bunch of displaced dirt. Berms seem to be a big theme of construction, since a sort of "blast shield" is needed to make sure debris from takeoff and landing don't damage the actual settlement.

[Via ComputerWorld; warning: PDF read link]

"They ran into each other. Nothing has the right of way up there. We don't have an air traffic controller in space. There is no universal way of knowing what's coming in your direction."

Gulp.

NASA's latest toy is an oversized robotic yo-yo dubbed the Axel Rover. Developed in collaboration with Caltech, it's designed to raise and lower itself over any environment with a motorized lever that can be used for tethering as well as scooping up materials for scientific research and maneuvering its two cameras. Two more motors run each of its wheels, which should ensure it's more than equipped to traverse anything from the Garden of Eden to otherworldly terrain right next door to Hell. Check out the rover doing its thing in the video after the break

[Via Network World]

The firms not mentioned here are just as important as the ones that are, as the privatization of space has just inched closer to reality. Rather than NASA handling ISS resupply chores itself or farming the job out to mega-corps such as Lockheed Martin or Boeing, the agency has instead awarded one contract each to Virginia-based Orbital Sciences (valued at around $1.9 billion) and California's own SpaceX ($1.6 billion). The two will be responsible for 20 service flights between 2009 and 2016, with each trip requiring delivery of "a minimum of 20 metric tons of upmass cargo to the space station." The agreements also call for "delivery of non-standard services in support of the cargo resupply, including analysis and special tasks as the government determines are necessary." So yeah, if FedEx / UPS have been balking at your request to ship to a Martian eBay winner, you now know who to call.

[Via TG Daily]

Electronic noses are nothing new, but it's always interesting when you throw space into the mix. NASA's most recent Endeavor mission has taken with it a third generation e-nose that's the size of a shoebox, where it will act as a detection and warning system for air contaminants. The ISS currently has no system and relies wholly on the astronauts' actual noses. Developed and built by AEMC, the new nose's dynamic range is from less than one part per million to about 10,000 parts per million -- much more sensitive than human honkers. The e-nose has 32 sensors made of polymer films that respond to different chemicals by changing electrical conductivity, and it's capable of both detecting and analyzing what it "smells." The nose is going to be operational on the space station for a beginning trial period of six months, and we have a feeling that its first accomplishment will be to point out that there's something strange about the water.

[Via Physorg]

NASA is reporting the first successful tests of its Deep Space Network modeled after Earth's own Internet. Instead of using TCP/IP, however, the interplanetary communication network relies upon DTN (Disruption-Tolerant Networking) co-developed by none other than Google's Vinton Cerf. As such, NASA's network does not assume a continuous end-to-end connection -- if a link is lost due to solar storms or a planetary eclipse, the communication node will store the information until the connection is re-established. So, what's the big deal you rightly ask, after all, we've been (purposely) transmitting data to and from space for a half-century. As Leigh Torgerson, manager of NASA's DTN Experiment Operations Center explains it:

"In space today, an operations team must manually schedule each link and generate all the commands to specify which data to send, when to send it, and where to send it. With standardized DTN, this can all be done automatically."

Testing of the Deep Space Network began in October with twice-weekly communications between NASA's Epoxi spacecraft (on a mission to rendezvous with Comet Hartley 2) and nine ground-based nodes meant to simulate Mars landers, orbiters, and operation centers. The International Space Station is scheduled to join the testing next summer. Although the nature of the data transmitted wasn't specified, we can only presume that it was laced with Google ads for Mr. Lee's Greater Hong Kong.