OK, maybe Luke wouldn’t envy this hand, but it looks like we are much closer to the technology in The Empire Strikes Back when he gets his hand lopped off by his father. Matthew James is a boy born with a defect that stopped the growth of his arm at the wrist. He just got a brand new hand with the help of the Mercedes F1 Team. Matthew actually wrote Mercedes, the car maker, to ask for help getting an i-Limb Pulse prosthesis in return for displaying their logo on it.
After receiving the letter in June, Mercedes invited Matthew to their headquarters, where he toured the factory and met racing legend Michael Schumacher.
The company [Mercedes] said they were unable to pay for the hand but agreed to help Matthew raise the money, by asking fans and sponsors to make donations.
Mercedes couldn’t pay for the hand? That seems hard to believe. Anyway, it’s a good read so check it out. There was a follow-up video that I’m embedding below.
Everyone knows (or should!) that Honda has tipped their hat to Isaac Asimov by naming their robot line Asimo. For those that have been living in caves for the past 50 years, he inadvertently invented the word ‘robotics’ in his story Runaround. He assumed it already was a word, but he is attributed for the first use of it in a publication. I remember seeing a YouTube video of these little robots a few years ago which caught my eye. This commercial tries to show the ‘human’ side of robots. I highly doubt that all of the actions in the commercial were autonomous, but I can’t see why it won’t be possible in the near future. Considering I am just a few days away from finishing my huge book project in Asimov’s Robot & Foundation Universe I was pleasantly surprised to stumble across this.
A quick look to related videos on YouTube showcased a technical demo of some new abilities in the new Asimo robot version. I’m very impressed to see the progress that has been made. Many of the tasks they show are fairly simple, but I think if they can make the robots use power efficiently they will be useful. It’s amazing that probably within 100 years of Asimov’s robot stories there might be a working model similar to his creations. Of course we are a bit behind robot production, since US Robotics and Mechanical Men had positronic robots in production in the 1990s.
Of course there are several videos of failed demonstrations with the Asimo prototypes taking spills while trying to do something as simple as walking up and down stairs. I’m confident that Honda will work out the bugs with the programming and balancing servos sooner or later. I know I will be keeping an eye on development in robotics.
-edit-
Wow, looks like I’ve had quite a few hits from StumbleUpon. Hopefully I can get some interesting feedback with this nice spike in visitors.
So, do any of you think that Robots can or will ever become self aware? If so, how soon do you think it could happen given the rapid development of technology? Would humans revolt and ban such machines? Asimov covers that last question in his science fiction, which is one of my favorite themes. Are there any authors you might recommend that focus on human/robot relations?
-edit-
I just got a Stumble to Pharyngula’s science blog that has a link to a YouTube video of Isaac Asimov. He is speaking about what he thought the top science story of 1988 was. I like running across videos of him speaking because it is nice to put a voice and face to my favorite author. The video goes out of sync about half way through unfortunately. Check it out!
A few years ago, the Science Channel aired an episode of SciFi Science, “How to Build a Lightsaber” hosted by theoretical physicist Dr. Michio Kaku. He explained some theories that might be used and developed a rough design that should be “workable in our lifetimes.” Of course almost all of his episodes end up with that qualification. Last month it looks like there was a breakthrough in the hardest part of making a lightsaber work, getting the blade to stop at a certain point.
Although the most prominent uses for controlling the depth of laser cutting are surgical and clinical, Fraser said the team is “very excited about the potential industrial applications,” especially since compared to clinics it’s easier to get new technology into industries.
Unfortunately, the goal is to make the lasers useful surgery, not chopping off alien arms at cantinas.
