Your car is going to drive you to work someday. Until then, car makers are experimenting with ideas that take control away from you in subtle, helpful ways – mostly to help increase fuel efficiency.
This is a really interesting application of haptics technology, which is making inroads into many areas, (besides playstation controllers ;-) ), for example as training tools for surgeons. One concern with a pedal like this is safety. If one needs to rapidly accelerate to avoid a collision or something similar, it would be dangerous to interfere with the driver in an unexpected way such as this. Likely more testing, especially in driving simulators, will be needed. Peter How Your Electronics Work http://www.howyourelectronicswork.com
Like analog TV and Marshall Tucker fans, solar power is a holdover from the Carter administration. Yet, for modern businesses like Google and General Motors, it's a promising alternative energy source. So far, "promising" is as far as it's gotten: the density in data centers and in the typical office complex -- lots of demand in a small area -- turns solar arrays into a pipe dream. At Google HQ, for example, nearly every rooftop is covered with solar panels, and they have plans for more coverage, but the array can only provide for about 30 percent of peak power usage.
While its true that an assembly plant might have less personal electronics per person, some of the large automation equipment can easily draw kilowatts of power! Even a simple robot arm has several motors, each powered by a few hundred volts and drawing a large current as well. It is difficult for solar panels to provide this enormous current draw (although having 80,000 of them would definitely alleviate some of this). Is there any data for how this makes sense for GM economically, i.e.: price per watt for solar vs. simply buying it from the grid? How is Spain's nuclear power capability? Their neighbour to the north, France, is largely powered by nuclear plants. If this is the case in spain as well, the carbon reduction would be minimal at best. Peter How Your Electronics Work http://www.howyourelectronicswork.com
It’s not necessarily laziness that makes people hit the “snooze” button in the morning. Most likely, your body clock is mismatched with the demands of your life. Your clock is controlled by the suprachiasmatic nucleus, a part of the brain that controls the body’s biological rhythms. But, says Jean Matheson, a sleep-disorders specialist at Beth Israel Medical Center in New York, these preset natural rhythms often don’t align with daily realities—work or school start times cannot be adjusted to fit a person’s sleep schedule.
I definitely notice that when I get "set" into a pattern I wake up at the same time every day, even on weekends. Sleeping in has always been a problem for me! Peter How Your Electronics Work http://www.howyourelectronicswork.com
The famed molecular biologist Francis Crick turned to neuroscience in the 1970’s. But by 1993, he was so chagrined by the ignorance of his new field that he penned an editorial in the journal Nature. “It is intolerable that we do not have [a connection map of] the human brain,” he wrote. “Without it there is little hope of understanding how our brains work except in the crudest way.” There was no such map in 1993 because the only way to get one was to use anatomical methods: inject dye into the brain of an organism, kill it, and trace the color trail in the neurons with microscopes. Of course ethics rule out this sort of experimentation on humans.
I wonder if this technique can be used to differentiate between exposed axons and those surrounded by white matter? Some recent research has shown that such connections can play very different roles in brain organization and memory. This mapping technique definitely seems like a step in the right direction, now we need to figure out how to colour code the wires! Peter How Your Electronics Work http://www.howyourelectronicswork.com
Detecting art forgeries is an inexact science—even some certified masterpieces have a cloud of doubt over their authenticity. But in recent years James Z. Wang and his colleague Jia Li have been putting Van Gogh under the microscope to create a database they hope will eventually thwart art fakers and revolutionize the detection of forgeries. Using 23 high-resolution gray scale images known to be by Van Gogh, the Penn State team broke the images down into 2.5 x 2.5 inch squares, analyzing “wavelet” based texture features and the geometric characteristics of the master’s brushstrokes.
This is really interesting. It seems as if digital forgery detection is really taking off. A similar vein of work is researchers using image analysis techniques to spot manipulated photographs. Typically they look for tell-tale patterns such as inconsistent lighting which is very difficult to fake (i.e: different shading, specularity reflections etc) Peter How Your Electronics Work http://www.howyourelectronicswork.com
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