Once the realm of just science and technology, robots now are turning up more and more in the world of fine arts, making appearances in art exhibitions, creative promotional campaigns, and even on stage in the theater.
A recent art exhibition at Davidson College in North Carolina featured several robotic installations specifically aimed at fostering interaction between visitors and robots. In one, five appendages with skeletal-looking hands mounted on a wall follow and point at onlookers who enter the room. When they sense a smile, the arms wave.
In another, three helium-filled balloons carry houseflies in chambers hanging from each blimp. A robotic system determines the movement of the blimps based on the movement of the swarms of flies inside each chamber.
We've collected examples of some of the other ways designers and artists have integrated robots into the creative arts. Click on the "Nerdbot" below to start the slideshow.
A Missouri couple has built an entire online business out of creating and selling art-inspired robots. Their site, Nerdbots, features a number of robots made out of found and unusual objects. Fanfare, pictured, consist primarily of the parts of an old rotary telephone. Most of the robots are crafted from objects the couple finds in antique and thrift stores and are priced in the $250 to $300 range. (Source: Nerdbots LLC)
Well in all the examples of robots replacing humans, AandY, I think you have found a new way to use them. It would be great if robots could replace humans as escorts not only at exhibitions but maybe even as hosts/hostesses at a restaurant. Although I think most people would still prefer a real person to do these things. But in the future, that could change.
That's an interesting idea, William K. I often think about how intelligent robots are getting and if they actually could have a real capacity for self-awareness, due to the fact that they are limited by the programming being done for them by humans. But were your theory to come true, it could make for some unpleasant scenarios. I don't know if it's really possible, though, since a robot is limited by what a human programmer can do, and I am not sure if self-awareness--which itself is so complicated in humans--could actually become part of a robot's artificial intelligence. But others can weigh in on this and correct me if I'm wrong.
Elizabeth, I have read several articles in the past three years about groups striving to develop self awareness in either computers and robots. And while I share some of your doubts about the probability of their success, I also regard them as courting a real potential for disasters in a number of different ways. I see it as similar to a bunch of more radical college students attempting to create home-made atomic weapons. That is, I don't see anything beneficial that can come from self aware robots, or even just computers.
Self-awareness? Look what it did for 'Skynet', we didn't fare so well against it. All kidding aside, scientists are working on that issue as we speak, however I agree with Elizabeth. We don't yet understand why it is we and even animals are self-aware and robots may never achieve that level of sophistication.
Cabe, the problem is the potential for seroius problems if robots or any machine entities ever do become self aware. It would move them in the direction of considering that they deserved some freedoms and believing that they had some rights. There is no possible benefit to machinery being self aware that can outvalue the potential for undesireable consequences. Why don't those working on such projects realize this. I have no doubt that they can eventually reach some version of highly neurotic self aswareness in some machines. And what possible benefit could be the result.
Consider the effect of a robotic assembly line deciding that it needed some additional benefits, and how complex any negotiations would be. And that is just one example. Or consider a rescue robot refusing to enter a dangerous situation because of the risk of injury.
One way to keep a Formula One racing team moving at breakneck speed in the pit and at the test facility is to bring CAD drawings of the racing vehicleís parts down to the test facility and even out to the track.
Most of us would just as soon step on a cockroach rather than study it, but thatís just what researchers at UC Berkeley did in the pursuit of building small, nimble robots suitable for disaster-recovery and search-and-rescue missions.
Focus on Fundamentals consists of 45-minute on-line classes that cover a host of technologies.
You learn without leaving the comfort of your desk. All classes are taught by subject-matter experts and all are archived.
So if you can't attend live, attend at your convenience.