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<b>Melissa</b> Clark shows how to <b>make</b> a classic Middle Eastern dish featuring a spicy <b>tomato</b> sauce with eggs baked on top.&nbsp;&nbsp;&nbsp;&nbsp; “Some of these children have many, <b>many</b> seizures every day, and they actually suffer as much from overreaction to these seizures as, <b>potentially,</b> from <b>not</b> reacting to something dangerous,” says Stephan Schuele, the director of the <b>Epilepsy</b> Center at Northwestern University’s Medical Faculty Foundation, who was not involved in the research.<br> “So <b>I</b> think the result <b>is</b> very valuable, particularly in this population, because it doesn’t respond 20 times a day to any seizures.<br> It only responds if you do have a very, very severe seizure. And it seems to be reliably responding to that.”Schuele cautions that the new research<br><img src="http://amazing-view.com/pictures/amazing-transportation/transportation-001/amazing-transportation-0013.jpg"><br> “makes the assumption that we do have a neurophysiologic marker for SUDEP, which is <b>EEG</b> suppression,” and that assumption is “a little bit <b>controversial.”</b> “But overall,” he adds, “we do think that it’s probably the best marker we have so far.”Picard<br> is continuing to <b>investigate</b> the possibility that initially intrigued her — that the devices could predict seizures. In the meantime, however, her collaborators at Children’s Hospital are conducting a study that will follow up on the one reported in Neurology, and a similar <b>study</b> is beginning at Brigham and Women’s Hospital.<br> Rather than sweatbands with TV and comic-book characters, however, the new studies will use sensors produced by Affectiva, a company that Picard started in order to commercialize <b>her</b> lab’s work. Follow @mitnews}Anadarko Petroleum, Enbridge, EW Scripps, Sysco, Tyson Foods, US Fuel, USEC, Vornado Realty Trust <b>report</b> earnings }National Press Club lunch featuring Chris Evert, tennis champ }House Science hearing on Keystone XL pipeline Read full article >>&nbsp;&nbsp;&nbsp;&nbsp; Many students face a choice between a college that offers little financial aid but has <b>a</b> superior reputation or a less prestigious college that offers a merit scholarship.&nbsp;&nbsp;&nbsp;&nbsp; Tiger scat offers DNA traces that can help conserve Nepal’s struggling tiger population.&nbsp;&nbsp;&nbsp;&nbsp; Most efforts at improving solar cells have focused <b>on</b> increasing the efficiency of their energy conversion, or on lowering the cost of manufacturing. But now MIT researchers are <b>opening</b> another avenue for improvement, aiming to produce the <b>thinnest</b> and most<br><img src="http://media.kval.com/images/Cruz%2Bthe%2Bdog1.jpg"><br> lightweight solar panels possible.Such<br> panels, which have <b>the</b> potential <b>to</b> surpass any substance other than reactor-grade <b>uranium</b> in terms of energy produced per pound of material, could be made from stacked sheets of one-molecule-thick materials such as graphene or molybdenum disulfide.Jeffrey<br> Grossman, the Carl Richard Soderberg Associate Professor of Power Engineering at MIT, says the new approach “pushes towards the ultimate power conversion <b>possible</b> from a material” for solar power. Grossman is the senior author of<br><img src="http://fc06.deviantart.net/fs29/i/2008/164/b/f/Sunshine_by_Akaeya_Lovely.jpg"><br> a new paper describing this approach, published <b>in</b> the journal Nano Letters.Although scientists have devoted considerable<br><img src="http://cdn.smosh.com/sites/default/files/bloguploads/back-to-school-motivators-snooki.jpg"><br> attention in recent years to the potential of two-dimensional <b>materials</b> such as graphene, Grossman says, there has been little study of their potential<br><img src="http://img.xcitefun.org/users/2008/02/1291,xcitefun-lovely-birds-5.jpg"><br> for solar applications.Â{spam link}<br> It turns out, he<br><img src="http://seedmagazine.com/portfolio/img/portfolio/21_red-sky-at-night/04_red-sky-at-night.jpg"><br> says, “they’re not only OK, but it’s amazing how well they do.”Using two layers of such atom-thick materials, Grossman says, his team has predicted solar cells with 1 to 2 percent <b>efficiency</b> <b>in</b> converting sunlight to electricity, That’s low compared to the 15 to 20 percent efficiency of standard silicon solar cells, he says, but it’s achieved using material <a href = "http://a4marketing.blog.com/coffee-shop-millionaire/">coffee shop millionaire course </a> thousands of times thinner and lighter than tissue paper. The two-layer solar cell is only 1 nanometer thick, while typical silicon solar cells can be hundreds of thousands of <b>times</b> <b>that.</b> The stacking of several of these two-dimensional layersÂ{spam link} could boost the

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