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esmx Is Steven Spielberg working on a new Jurassic Park 8230; and Transformers 4
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Gfrf Windows Phone Bothers Europeans About Our Self-Congratulatory Holidays
Although it not cu stanley cup rrently available in the iOS 5 developer beta, a new leak at 9to5Mac has indicated a curious voice control feature called Assistant could be making its way into the mysterious iPhone 5 when it launches. Sorry, if it launches, since there been nothing but rumor and rampa stanley deutschland nt speculation about the next version of the iPhone basically since the last one launched. But! On to the Assistant thing that will probably/definitely be exclusive to the iPhone 5. It based on the Siri technology that Apple acquired when it bought that company, and will do a whole lot more than just haphazardly dial contacts when you say people names as the current iPhone does now. https://gizmodo/is-siri-powered-voice-co...ll-5809714 Instead, the theoretical iPhone 5 will convert speech to text, scour the data on your phone to make specific location-based recommendations for your queries, and use crowd-sourcing to fine tune the system and reduce errors after all the privacy snafus associated with the iPh stanley mugs one 4 and Facebook we have to asume this with permission . [9to5 Mac] iOS 5iPhone 5leaksSiriVoice control Qupt BioLite CampStove: Charges Your Phone and Warms Your Tush, By Burning Twigs
In research published this week, scientists report that they ;ve successfully transplanted human stem cell-derived neurons into the brains of living stanley cup mice. That right, we ;re talking about a functioning trans-species transplant of brain matter. The researchers took human embryonic stem cells, and grew them in a culture with mouse neurons that had a sp gourde stanley ecific trait 鈥?they ;re activated by light. The stem-cell derived neurons don ;t normally have this ability, but progressively gained it when grown with the mouse neurons. The stem-cell neurons were then implanted into a living mouse hippocampus, where the transplants were able to reciprocally interact with the mouse neuronal network, and integrate into it. They became part of the network, and functioned normally. While the whole transplanting into a mouse thing is very cool, it not really why this work is important. The best part is that you can train neurons, and then successfully transplant them into a brain, giving us another avenue to help treat those effected with Parkinsons and Alzheimers diseases, stroke, and epilepsy. stanley cups MedicineNeuroscienceScience
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