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If you want to know the Internet temperature on Obama and Romney in the race to become the next President, just check out this snazzy 2012 Election Mood Meter tool. It smartly calculates an
stanley cup website d analyzes real-time tweets to figure out
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stanley cup uk didate is trending. Of course, this tool isn ;t really indicative of the race as a whole the Internet is a liberal place, if you hadn ;t realized but it reveals the quick-read Twitter feel on what they think about Obama, Biden, Romney and Ryan. NetBase, the folks behind the Mood Meter, uses a natural language processing engine to try to understand tweets through grammar, broad language and even slang. The calculations are based on tweets posted in the last 10 minutes and is updated every 10 seconds, so it as real time as it gets. Right now, it looks like a lot of love for Paul Ryan, Obama having a lead over Romney and Biden dipping into the red. Of course. [NetBase] Barack ObamaMitt RomneyTWITTER Rhkl French Court Fines Google For Offering Its Maps For Free
If you ;ve ever stuck your fingers together with super glue, you know pain. But imagine sticking them together with glue that bonds materials at the molecular level: that real pain. It also what scientists are doing, with the help of flesh-eating bacteria. A team of researchers from the University of Oxford has created a molecular glue inspired by Streptococcus pyogenes, which can cause flesh-eating diseases, reports PhysOrg. In fact
stanley cup , the team was interested in a single protein: one which th
stanley cup e bacterium uses to bind and invade human cells. The protein is special because it naturally reacts with itself and forms a lock, explains Dr Mark Howarth, one of the researchers. Taking that single protein as a design cue, they ;ve developed a molecular glue which uses the same concepts. Their new protein forms covenant bonds when it comes into contact with a partner protein. The bonds it forms are so strong that, when they tested a sample, the equipment used to measure the strength broke before the glue. As well as being incredibly strong, the technology can be used to make highly selective adhesives: the binding proteins
stanley sverige adhere to themselves, but not to other entities. All that remains is to develop ways of incorporating the proteins into other molecular structures in order to create insanely strong, selective glues. [PhysOrg; Image: Will Fuller] moleculesScience
