Science
Driverless vehicles begin trek from Italy to China
Jul 23rd

You probably remember DARPA’s Grand Challenge, which required autonomous vehicles to navigate from one point to another without human intervention. That’s probably the most well-known example of this kind of research (hundreds of entries and millions of dollars went into it), but just because it’s not going on any more doesn’t mean that has stopped. One project, based in Italy, is looking into the possibility not of cars that simply drive themselves, but cars that follow one another yet can react to unfamiliar “stimuli.” Think of a caravan of robots with a human at the front.
The project has been in the lab and driving around locally for some time now, but they think it’s time to The project lead, Alberto Broggi, said:
What we are trying to do is stress our systems and see if they can work in a real environment, with real weather, real traffic and crazy people who cross the road in front of you and a vehicle that cuts you off.
He puts driverless vehicles at about 20 years off, which seems like a long time to me. But 10 years is way too soon. I’m going with 15.
The project will be two pairs of vans, with the robo-vans following the driven vans — which will be carrying technicians in case the robo-vans break down. Since they’ll be driving on populated roads and the chances of error and danger are pretty high, there will be a driver in each robo-van as well, waiting to take over at the push of a button. They intend to drive all the way from Parma, Italy, to China — at between 30 and 37MPH, which is about as fast as the vans can go.
Sounds pretty cool to me (and a bit like a Top Gear episode), but it probably will get pretty boring being the backup guy during the long stretches.
[via ; image: Antonio Calanni/AP]
Newfangled nanoscale scanning technique could improve heart health
Feb 27th
Oh, — your wonders never cease. Boffins at have been able to use live nanoscale microscopy (a technique called scanning ion conductance microscopy) in order to see the surface of the cardiac muscle cell at more detailed levels than those possible using conventional live microscopy. Without getting too gross on you, the new process could lead to improved designs of beta-blockers, the drugs that can retard the development of heart failure. Researchers are hoping that the findings could also lead to “improvements in current therapeutic approaches to treating heart failure and abnormal heart rhythms,” and while these exceptionally detailed images are helping the cardiac muscle right now, we’re hoping that this stuff could also bleed over to other fields of medicine. Ventricles crossed!
originally appeared on on Sat, 27 Feb 2010 11:29:00 EST. Please see our .
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