These NASA-designed grippers can lift massive rocks.
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Five Robots Named Paul
Posted in robotics/AI
Lompico is the rough jewel of Santa Cruz, California—high in the mountains and deep in the redwood forest, population 1,140. Weather providing, it takes less than an hour to get here from Silicon Valley, where technologists are hard at work designing our brave new world.
But heavy rains have made the valley barely accessible to Lompico residents like me this winter. Road closures are common in Lompico, caused by mudslides, fallen trees, and rising waters. California governor Jerry Brown requested federal disaster relief funds on Feb. 11 for this and other nearby counties, estimating damage at $162 million.
Now, just getting out of my neighborhood takes an hour. I navigate perilous one-lane trails with caravans of cars waiting their turn in either direction. Drivers back up onto cliff edges in the dark and fog to let each other by, hoping for the best. Out here, a comfortable, technologically advanced future hardly seems assured. It’s impossible to ignore the fact that our lives are still subject to the whims of nature. All it takes is a few hours of steady rain to down a dead tree and wreak havoc on an otherwise peaceful week.
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China’s State Council, the country’s chief administrative authority, recently published a White Paper on its space policies. It not only lifted a veil of secrecy that shielded Beijing’s space policies, but also outlined the country’s recent achievements and offered a five-year outlook on future activities.
Since its first satellite launch in 1970, China has become a major player in the space domain. However, it was only in 2003 that China became the third country to independently send people into space.
Beijing has placed significant resources into narrowing the capability gap that has separated it from other leading nations in this area. It took only eight years from its entry into manned spaceflight, in 2003, to the launch of the first prototype component of its space station, the Tiangong-1.
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Arsenic poisoning from drinking water is still a health concern for 137 million people in more than 70 countries around the world.
But a new filtration system created by Australian researchers could be the cheap and easy technology required to help solve this huge health issue — and best of all, it can be made using recycled parts.
Current systems for removing arsenic from ground water, such as reverse osmosis or iron exchange, aren’t cost effective or efficient, which means they’re not much use in the countries that really need them, like Vietnam and Bangladesh.
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The falcon-wing doors sealed shut and the boy studied the moonroof above his seat. His eyes trailed forward to the panoramic front windshield. The 17-inch touch screen in the center stack arrested his attention, like headlights to a deer, causing the boy to mutter, as if in a trance, “This is how I imagine cars of the future.”
Then I floored it and the kid erupted in a fit of giggles as the all-electric performance SUV rocketed to 60 mph in 2.9 seconds.
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