The game Deus Ex: Human Revolution is played against the backdrop of a near future dystopia of inequality, where humanity has developed robotic prosthetics that even surpass our natural limbs. Ever since playing this game, I have had an interest in the state of robotic prosthetics, because aside from the practical risks, there is also a massive philosophical issue. Should it be humanity’s role to interfere in either natural selection or God’s privilege of controlling human development? Hence, the main theme of the game series. However, we seem to be coming ever closer to actually having to start this societal debate, due to the almost exponential increases in the field of robotics.
Robotic exoskeletons and prosthetics have been worked on and developed for a very long time, almost since the start of the whole field itself. Swiss researchers have actually succeeded in robotic ‘soft’ muscle material, dramatically increasing the possibilities of robotics in or with humans. Their prototype is a worm-like piece of plastic material, capable of moving around. By bundling these, they managed to create robots that essentially act like muscles.
However, contrary to what people might expect, the applications that would be possible for this technology, are not in either business or defence fields. The Swiss are trying to use it to help people recover from severe injuries, mostly muscle-related ones. The importance of this specific form of robotics lies in the fact that it is strong enough to support the wearer, but without being hurtful or constrictive. For example, one project helps the wearer to support his/her torso, and restore a level of motor sensitivity.
I personally think that due to the huge impact robotics will have on healthcare, it should really be a focus of society. Robots can be much more precise than humans during operations, nanobots might be able to repair damage that is now unreachable, and prosthetics might restore almost all paralysed limbs and senses.
Source: https://techcrunch.com/2016/10/12/these-soft-robotic-muscles-could-help-with-physical-therapy/