Worlds Largest Network Radio Telescope Powers Up

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If one telescope is good, 35 is most assuredly better. That’s the number of networked radio telescopes that just powered up to observe 243 quasars across the universe, according to Space.com.

The goal, in what amounts to a record-breaking effort: “improve the precision of the reference time frame that today’s scientists use to measure positions in the sky,” as well as possibly enhance future Earth-based GPS systems.

Quasars emit powerful radio waves, and are distant enough to appear stationary as seen from our planet, the report said. Scientists will combine data using a technique called very long baseline interferometry (VLBI) to measure celestial positions. (Image credit: U.S. Navy/Naval Oceanography Portal)

Lunar Water Discovery Fuels Colonization Dreams

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NASA’s announcement on Friday that the LCROSS moon probe discovered significant water ice at the lunar south pole is fueling colonization hopes, Space.com reports. The idea is that someday humans could either colonize the moon, exploit it as a source of minerals, or use it as a launch pad to stage further space missions unhindered by Earth’s atmosphere.

For now, scientists are just concentrating on where they can find more than the equivalent of a dozen 2-gallon buckets of ice water already found, the report said. But in turn, it’s leading to a private moon race similar to the existing one for reusable spacecraft.

Toshiba ‘Space Chair’ ad redefines armchair viewing (video)

There’s something wrong when an advertisement is more memorable than the product. Nevertheless, here we have Toshiba’s Space Chair ad campaign promoting its new 2010 REGZA SV LCD TV series, Toshiba’s first with LED backlight and local dimming. The campaign will later expand to include a second take featuring the Satellite T Series of 11-hour CULV laptops set for introduction in 2010. The ad follows the journey of “an ordinary living room chair” to the edge of space before falling back to Earth where the ground crew relied upon a GPS beacon to locate the craft. A few facts about the shoot:
  • A helium balloon lifted the chair and Toshiba’s own IK-HR1S ultra-compact 1080i camera to a height of 98,268 feet above terra firma
  • FAA regulations required that the weight of the rig had to be less than four pounds
  • The chair is made of biodegradable balsa wood at a cost of about £2,500
  • The rig was launched in Nevada’s Burning Man Black Rock desert
  • The temperature dropped to minus 90 degrees at 52,037 feet
  • The chair took 83 minutes to reach an altitude of 98,268 feet and just 24 minutes to fall back to earth

Truly amazing stuff. Now buckle up and click through for the show.

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Toshiba ‘Space Chair’ ad redefines armchair viewing (video) originally appeared on Engadget on Mon, 16 Nov 2009 06:15:00 EST. Please see our terms for use of feeds.

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NASA to Attempt to Free Stuck Mars Rover

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After several months of deliberation and research–much of which looked fun, at least from here–NASA will begin transmitting commands to its Spirit Mars Rover in an attempt to free the five-year-old robot from its Martian sand trap.

The rover has been stuck since April 23rd; engineers are expecting the process to take a while, and no one is sure if they will be able to free Spirit for good.

“This is going to be a lengthy process, and there’s a high probability attempts to free Spirit will not be successful” said Doug McCuistion, director of the Mars Exploration Program at NASA Headquarters in Washington, in a statement. “After the first few weeks of attempts, we’re not likely to know whether Spirit will be able to free itself.”

NASA researchers will transmit some commands, and then evaluate the results the next day as the rover sends back data. From there, researchers will make adjustments, and then keep going with more commands. Here’s hoping.

LHC to Resume Search for God Particle

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It’s all-systems-go for the Large Hadron Collider, just a week after a bird threatened to gum up the proceedings with a piece of bread.

The world’s largest particle accelerator has been under repair for over a year due to an electrical failure back in September 2008, but it’s now gearing up to resume operations, according to CNN.

The 17-mile collider will circulate high-energy proton beams beginning later this month, according to Steve Myers, CERN’s Director for Accelerators and Technology. The goal: to explore questions about the origins of the universe.

Myers said in the report that the full scientific program for the LHC will probably last over 20 years, though scientists hope to discover new properties of nature in short order–possibly as early as 2010. (Image credit: CERN)

European Space Agency launches flood-predicting, earth monitoring satellite

On Sunday (the first of November) the European Space Agency launched a new satellite from a Russian rocket. This one, named the European Soil Moisture and Ocean Salinity (SMOS) satellite has a few very important jobs to do. For the next 3-5 years, the satellite will gather data about the circulation patterns in Earth’s oceans and the moisture in its soil. The collected information will hopefully be used to forecast weather patterns such as droughts and flood risks. Check out the video after the break for a detailed explanation and a peek at the satellite of love itself.

[Via Inhabitat]

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European Space Agency launches flood-predicting, earth monitoring satellite originally appeared on Engadget on Tue, 03 Nov 2009 12:01:00 EST. Please see our terms for use of feeds.

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Lunar Lander Prize of $1 Million Still Up for Grabs

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The $1 million race to build a lunar lander is heating up, as–unexpectedly–Masten Space Systems’ Xoie rocket prototype has taken the lead. MSNBC reports that the Masten team’s remote-controlled rocket had a successful test flight, just one day after a damaging fire on the launch pad and two days after communications glitches derailed two earlier launch attempts.

Level 2 of the Northrop Grumman Lunar Lander Challenge requires that a remote-controlled aircraft makes a complete round trip between one launch pad and a boulder-strewn pad about 164 feet away, according to the report. Each leg of the flight needs to last at least three minutes, and the rocket has to rise up 50 meters from the ground–all within a 135 minute time period.

Armadillo Aerospace–backed by id software’s John Carmack–first qualified to win last month. Since more than one team has now qualified for the prize, judges will decide who to award it to based on the accuracy of the flight. (Via Slashdot)

An Astronaut Explains How We’ll Fall In Love With Space Again

Our friend and astronaut blogger Leroy Chiao sat on the human spaceflight advisory committee which released its report last week. Since news stories about it were hazy at best, we asked him to explain what it really said:

It is not surprising, but it is dispiriting, to realize how little the general public knows (or cares?) about space exploration. We seem to take for granted, that America is the leader in human spaceflight. Will it always be so?

Remember high school history? Remember Portugal? They dominated the seas way back when, and thus, dominated the known world. Then what happened? Did they get lazy? Rest on their laurels? Sure, they still are the only ones who make port wine (at least any that’s worth anything), but WTF, over? How about Rome? Ok, maybe they just got too decadent. I never did see the X-rated movie Caligula, but it probably wasn’t too far off the mark. They got too full of themselves, and that was that.

So, what’s it going to take to get America enthralled again about space exploration? This was one of the questions we considered, on the Review of US Human Spaceflight Plans Committee, also known as the Augustine Committee, after our chairman, respected aerospace veteran, Norm Augustine. What do we have to do? Do we have to go chase imaginary aliens to get your attention?

The media generally missed the mark on understanding our report. How is this possible? Maybe I’m too close to it. I suppose I shouldn’t over-think this. I should give ‘em what they want. Alright then, here are the report highlights, from my perspective:

• The space program needs more money. NASA has been trying to do too much with too little for too long. Let’s either spend more money, or scale back our expectations.

• The Space Shuttle has been a magnificent, beautiful flying machine, but it is more fragile than we thought, and it is too expensive to operate. There is a case to be made to keep flying the Shuttle for a few more years, but only if we are going to base the next heavy launch vehicle on its technology.

• The International Space Station has been a great success, in that an international framework for cooperation has evolved. This is the future, not only in space exploration. In addition, there have been relevant, significant scientific results from research conducted onboard. The US should use this framework, to move exploration forward beyond Low Earth Orbit (LEO).

• The Constellation Program was a reasonable path, five years ago, when the Vision for Space Exploration was first formulated. Since then, budget shortfalls have caused significant delays. Moreover, the goals evolved into a focus on getting astronauts back to the Moon, to the development of the Ares family of rockets and the Orion spacecraft. The public generally is bored with going back to the Moon, since we already did this forty years ago.

• Commercial crew access to LEO should be considered. Traditional aerospace companies can do this, and who knows? Maybe the startups can too, more efficiently. At any rate, the technology has existed for almost fifty years, it’s time to give it a try.

• Heavy Lift Vehicle: Let’s choose one, then, do it. Be it Ares-V, Ares-V Lite, Evolved Expendable Launch Vehicle, or Shuttle Derived. Pick one.

Clear as mud? For a more detailed (yet, still very high-level) explanation, check out my blog.

Leroy Chiao, Ph.D. served as a NASA astronaut from 1990-2005. During his 15-year career, he flew four missions into space, three times on Space Shuttles and once as the copilot of a Russian Soyuz spacecraft to the International Space Station. On that flight, he served as the commander of Expedition 10, a six and a half month mission. Dr. Chiao has performed six spacewalks, in both US and Russian spacesuits, and has logged nearly 230 days in space.

Dr. Chiao is Gizmodo’s official astronaut (and “astroblogger“). On occasion, he still ponders strategies to hunt for imaginary aliens.

Astronomers Detect Huge Explosion in Space

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This is starting to become a regular event: Astronomers have detected what appears to be the most distant object anyone has seen from Earth, according to NPR.

The discovery, which appears in the current issue of Nature, involves a gamma ray burst, which is essentially a type of exploding star (visible as the tiny red dot in the center of the photo). “These things are brighter than anything else we know of in the universe,” said Nial Tanvir, a University of Leicester astronomer who was on one of the two teams involved in the discovery. “In principle we can see them very far away but they’re incredibly rare.”

So here’s the tech portion: the astronomers used NASA’s SWIFT satellite to find the gamma ray burst. In this case, it turns out to be from a star that collapsed when the universe was “only” 600 million years old; that’s 13.1 billion years ago. The light took that long to reach us, and finally arrived on April 23rd of this year–and is the most distant object ever detected, according to the report.

“It was absolutely thrilling — a spine-tingling moment, actually,” Tanvir said in the article. (Thanks to Warren W for sending this in.) (Image credit: A.J.Levan and N.R.Tanvir/Nature)

High Res Video of Ares I-X Launch

After yesterday’s launch cancellation, Ares I-X—the biggest US rocket since the Saturn V—has launched successfully. In case you missed it, here is the video of the whole launch, including the separation of its upper stage. Godspeed, Ares I-X!

Oh wait, you just died—as planned. Oh my, the fact that you were alive just seconds ago.