Toshiba's new Satellite M500 and U500 mid-tier laptops "shine" in the flesh

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It's been awhile since we've heard of any major advancements in the world of quantum cryptography, but at long last the silence is being broken by a squad of jubilant Austrian physicists. As the story goes, a team from Austria's Institute for Quantum Optics and Quantum Information (IQOQI) managed to send "entangled photons" 90 miles between the Spanish islands of Las Palmas and the Balearics. Calling the ephemeral test successful, the crew has boldly asserted that it's now feasible to send "this kind of unbreakable encrypted communication through space using satellites." Funny -- last we remember, quantum cryptography still had a few kinks to work through here beneath the stratosphere.
"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.
The Marisat-F2 satellite may not have garnered quite the fame of other mission-defying spacefarers like the Mars Opportunity rover (it even seems to have been a bit camera shy), but it's earned it's own little place in the history books nonetheless, with it stretching its original five-year design life to a hefty 32 years of service. That apparently made it the oldest commercial communications satellite still actively operating in space but, sadly, that streak has now come to an end, with Intelsat announcing that it has decommissioned the satellite and is using its remaining bit of fuel to raise it to "disposal altitude" in order to keep it out of the way of other satellites. Originally built by Hughes Aircraft in 1976, the 700-pound satellite had been primarily serving ships at sea and scientists at the South Pole, who were using it for internet access in more recent years, since it had actually proven to be more capable than the two other more recent satellites serving the area.







