| MythBuster: Lost Finale's Bombs Were Crap, but I Get Big Picture In an instant expert analysis for PM's Digital Hollywood, Lost geek Adam Savage traces the chemistry of those 500 pounds of C4, and explains why the space-time continuum from last night's Season Four finale changed his theories on the future of our favorite sci-fi show.
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| Time-Travel Expert: Lost Finale Opens New Trap Door in Space After last night's mind-bending episode, it's a question only this heady physicist could answer: How do you move an island, then show up halfway across the world? Let's just say the Looking Glass has nothin' on Ben.
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| The Next 5 Extreme Research Machines You Need to Know Forget the Large Hadron Collider: Whether they’re tracking Martian robots, simulating hurricanes or fending off the supernova apocalypse, these supersize science projects don’t just look cool—they’re hunting some of the world’s biggest unsolved mysteries.
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| Inside Lost's High-Tech Mythology, Iron Man's Flying Suit and Summer Blockbuster Rumors: Geeks Go to Hollywood PODCAST The case for a modern revival of science fiction films, an exclusive Season 4 preview with Lost gurus Damon Lindelof and Carlton Cuse, and the inventor of Iron Man's digital suit tells us where Tony Stark's new weaponry really came from.
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| Debunking Lost's Science: Hollywood Sci-Fi Behind the Scenes As our favorite TV show returns from writer’s strike purgatory, its creators reveal just how much research goes into the making of Lost’s high-tech mythology—and let slip a few secrets about the island’s future.
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| Trees in Your Tank? The Future of Green Gasoline: Earth Day Extra A new method of refining hydrocarbons stands out as likely the first direct conversion from cellulose, opening up as potential fuel sources virtually anything that grows. Commercialization may take another five to 10 years, but it could mean $1/gallon gas.
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| Nano Tanks Could Store Hydrogen in Microscopic 'Soccer Balls' Hydrogen, for all its potential, presents some serious technical challenges. As a gas, it requires gigantic tanks to store, and as a liquid, it must be kept impracticably cold. Researchers at Rice University, however, recently tested a third option.
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| Flexible OLEDs Double Efficiency as Organic Light Prices Lower Using a process similar to modern newspaper printing, General Electric has created flexible sheets of OLED lighting. With an output of approximately 30 lumens per watt, the bending panels are twice as efficient as incandescent lamps.
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| MIT Builds Efficient Nanowire Storage to Replace Car Batteries Could the ultracapacitor replace lithium ion in hybrids and plug-in vehicles? In a tiny box at a messy lab, the future of automotive efficiency is taking a surprising turn toward extending range and battery life.
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| Crash-Proof UAVs Fly Blind at MIT's High-Tech Aerodrome It will take some time to figure out why little aircraft lose control. But that's the point of RAVEN, where geeks capture every flight—and collision—in painstaking detail. There are no accidents here, just problems that haven't been sufficiently analyzed.
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