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Anatomy of an Android investigates the way robots have been developed to assist humans. But as the level of sophistication of these robots rockets ahead are we humans being left behind? The machines we have designed and built are taking on more and more tasks for themselves. If we have designed robots to be better, faster and stronger than us, who will be best suited to thrive in the technological world of the future? The adventure begins with perhaps the most famous robots of all - Androids - machines built in the image of the human body. If such machines have a number of physical advantages over humans, and can think for themselves, what does this mean for the future of the human race?
Humans dominate this planet because of their intelligence but what do we mean when we say 'human intelligence'? The first step is for robots to be able to experience the world around them. Things that Think explores what it must be like for a robot to 'see' its surroundings using ultrasonic sensors - but it doesn't stop there - other sensors can be used to equip robots so that they can cope with environments which we can't even see. But being able to see is not enough. Robots need to be able to react both with their environment and with us, on a human level, and to do so, they need to be given an artificial form of our own intelligence. This lecture shows how the science of cybernetics is using artificial intelligence to bring robots to life.
Humans may be intelligent and adaptable but there are environments which are simply too dangerous for the human body to cope with. There are some procedures which are too complex for us to perform or need a level of precision which humans just don't possess. Clearly, in these situations robots are our best allies. But there is a new breed of robots, which not only venture into these environments but work tirelessly and precisely, hour after hour. In Remote Robots we meet the robots that can defuse bombs, travel to distant planets or perform complex surgery on a patient on the other side of the world. We also link, live via satellite to the virtual reality assisted robot astronaut which will control space shuttle missions in the future.
What are cyborgs and what would they look like? Would they resemble Arnold Schwarzenegger in The Terminator or might they be more like The Borg from Star Trek? Are they just science fiction or are they already here? Some of the answers in "Bionic Bodies" might surprise you - cyborgs are not just possible, but a reality! After all, many humans are already being fitted with machines which help them to live normal lives, things like replacement limbs, heart pacemakers, cochlea implants for the deaf, even an electronic "eye" for blind people. These men and women are technically, cyborgs! But what of the rest of us? Would you want to be a cyborg of the future? Well you may well have the chance! Microchips are being developed which can deliver medicine in precise amounts, they can be put onto clothes or jewellery as wearable computers.
For centuries humans have used their ingenuity to develop machines capable of improving on, replacing and outperforming human physical skills. Machines have reduced the drudgery of many tasks by taking on boring jobs. But now, as robots are being given artificial intelligence, the machines are no longer limited to 'boring' jobs. Automated computer systems now trade on stock markets, run trains and even fly passenger aircraft. Some robots can now think for themselves and function independently of humans. They can even communicate with other robots on the other side of the world via the internet. Is there a danger that we giving too much control to these machines? In I, Robot, Professor Warwick considers the dangers of allowing robots too much power to develop their own artificial intelligence. But he also acknowledges that the 21st century - the 'cyber century', as it has been called - is a very exciting time for science. How far can we go with cyborgs? Only the future will tell.
