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Laser Transmission of Message From ISS

Sunday, October 12th 2014 02:32 AM

Anyone who remembers dialup internet can sympathize with the plight of NASA mission controllers.  Waiting for images to arrive from deep space, slowly downloading line by line, can be a little like the World Wide Web of the 1990s.  Patience is required. A laser on the International Space Station (ISS) could change all that.  On June 5th, 2014, the ISS passed over the Table Mountain Observatory in Wrightwood, California, and beamed an HD video to researchers waiting below.  Unlike normal data transmissions, which are encoded in radio waves, this one came to Earth on a beam of light. "It was incredible to see this magnificent beam of light arriving from our tiny payload on the space station," says Matt Abrahamson, who manages the Optical Payload for Lasercomm Science at NASA's Jet Propulsion Laboratory. Better known as "OPALS," the experimental laser device was launched to the space station onboard a Space-X Dragon spacecraft in the spring of 2014.  Its goal i...

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Explore Scientific Sale AR Doublet Refractor

Saturday, September 20th 2014 01:30 AM

Explore Scientific Air-Spaced Doublet Refractor Telescopes INSTANT REBATE PROMOTION As Much as $700 off on select telescopes! Explore Scientific AR102 Air-Spaced Doublet Achromat Refractor Explore Scientific AR127 Air-Spaced Doublet Achromat Refractor Explore Scientific AR152 Air-Spaced Doublet Achromat Refractor Explore Scientific Sale Carbon Fiber ED APO

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Explore Scientific Sale Carbon Fiber ED APO

Saturday, September 20th 2014 12:26 AM

Explore Scientific Carbon Fiber ED APO Telescopes INSTANT REBATE PROMOTION As Much as $700 off on select telescopes! Explore Scientific ED80 Carbon Fiber Edition Refractor Explore Scientific ED102 Carbon Fiber Edition Refractor Explore Scientific ED127 Carbon Fiber Edition Refractor Explore Scientific ED152 Carbon Fiber Edition Refractor Explore Scientific Sale AR Doublet Refractor

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Moon Landing Re-Visited

Thursday, September 18th 2014 07:13 AM




The collective space vision of all the world’s countries at the moment seems to be Mars, Mars, Mars. The U.S. has two operational rovers on the planet; a NASA probe called MAVEN and an Indian Mars orbiter will both arrive in Mars orbit later this month; and European, Chinese and additional NASA missions are in the works. Meanwhile Mars One is in the process of selecting candidates for the first-ever Martian colony, and NASA’s heavy launch vehicle is being developed specifically to launch human missions into deep space, with Mars as one of the prime potential destinations.  But is the Red Planet really the best target for a human colony, or should we look somewhere else? Should we pick a world closer to Earth, namely the moon? Or a world with a surface gravity close to Earth’s, namely Venus?  To explore this issue, let’s be clear about why we’d want an off-world colony in the first place. It’s not because it would be cool to have people...

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These large gaseous exoplanets — planets outside our solar system — can make their suns wobble when they wend their way through their own solar systems to snuggle up against their suns, according to new Cornell University research. “Although the planet’s mass is only one-thousandth of the mass of the Sun, the stars in these other solar systems are being affected by these planets and making the stars themselves act in a crazy way,” said Dong Lai from Cornell.In our solar system, the Sun’s rotation axis is approximately aligned with the orbital axis of all the planets. The orbital axis is perpendicular to the flat plane in which the planets revolve around the Sun. In solar systems with hot Jupiters, recent observations have revealed that the orbital axis of these planets is misaligned with the rotation axis of their host star. In the last few years, astronomers have been puzzled by spin-orbit misalignment between the star and the planets.Roa...

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NASA | Targeting Mars

Saturday, September 13th 2014 06:17 AM




The Mysterious Holes in the Atmosphere on Venus

Saturday, September 13th 2014 06:09 AM

Underscoring the vast differences between Earth and its neighbor Venus, new research shows a glimpse of giant holes in the electrically charged layer of the Venusian atmosphere, called the ionosphere. The observations point to a more complicated magnetic environment than previously thought – which in turn helps us better understand this neighboring, rocky planet.Planet Venus, with its thick atmosphere made of carbon dioxide, its parched surface, and pressures so high that landers are crushed within a few hours, offers scientists a chance to study a planet very foreign to our own. These mysterious holes provide additional clues to understanding Venus's atmosphere, how the planet interacts with the constant onslaught of solar wind from the sun, and perhaps even what's lurking deep in its core."This work all started with a mystery from 1978," said Glyn Collinson, a space scientist at NASA's Goddard Space Flight Center in Greenbelt, Maryland, who is first author of a paper on this...

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NASA TV

Thursday, September 11th 2014 06:22 AM

// Courtesy of: www.nasa.gov // //

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