Humanoids to Replace
Body Parts, Not Maids
Mankind’s ancient dream of creating automatons that can stand in for us, when our bodies no longer function properly, gets closer to reality every day. For instance, thanks to Research developed at Brown University, two-stroke victims, long unable to move or speak, managed to control a robotic arm solely with their minds.
The good news couldn’t come anytime sooner: around the same time, a Tokyo-based robotics team had announced the creation of a highly interactive, and disturbingly human-like, pair of buttocks, that responds to touch and stimuli. To be honest, the robotic butt got us thinking where on earth was this kind of research going.
In a way, it all comes full circle, you see. Humanoids capable of simulating emotions and be responsive to sound, sight, and touch, are ever more likely to become part of our daily life, especially if it’s up to Japanese engineers. They’re on track to develop beings whose extreme similitude to us may actually frighten us. Perhaps we’re not too far from the Blade Runner-class of nightmarish dystopias we once believed we were – what, no flying cars yet?
At the same time, albeit running in a parallel track, research on artificial intelligence and nanotechnology is also well advanced. The natural convergence of these two fields does suggest that reality is tracking closely the visions that Sci-Fi authors had conceived long ago.
To be sure, what’s been studied at Brown diverge fundamentally from research on androids, even though they both follow the same principle: to emulate the human ability to combine thought-processing with physical acts. At one point, their cyber-organically engineered eyes are bound to flick a sudden flash and wake them up to self-awareness.
GOOD ROBOT, BAD ROBOT
But whereas at Brown, the practical applications are already evident, the objectives of research into the development of humanoid robots lack clarity, for except in the case of slave labor, is hard to imagine why would anyone need a robot around the house.
Thousands of stroke victims, on the other hand, specially Locked-In Syndrome sufferers, when the body is unresponsive while the brain is still fully functional, could benefit from implants that would allow them to control objects with their minds.
Then again, scientific exploration should not be conditioned to predetermined goals. Much of the technology we benefit from in our daily routines was not necessarily developed, at least not initially, to accomplish the function it eventually wound up serving.
Thus this post being brief and fun since we’re talking about machines that someday, rather than doing our housework for us (more)