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We Aren't All Cyborgs... Yet

We Aren't All Cyborgs... Yet

We Aren't All Cyborgs... Yet
The term "cybernetic organism," or "cyborg" for short, conjures up a futuristic world of science fiction. Perhaps because this was how the term was introduced when sci-fi writers Manfred Clynes and Nathan Kline coined it in 1960 to mean a being composed of both biological and artificial parts. But to Amber Case, the transition of humans to cyborgs is here and now.

Just look around. The field of biomedical engineering has developed and deployed cyborg technologies fervently to help us restore lost human functions. Deep Brain Stimulation electrodes are used to restore natural movements, cochlear implants can help restore hearing, and brain machine interfaces can be used to bring back vision or motor functions.

Earlier this month, Andy Schwartz and his team at the University of Pittsburgh published a paper in the Lancet about Jan Scheuermann, a quadriplegic woman, who used a brain-machine interface to reach, grasp, and feed herself with the assistance of robotic arm driven from neurons recorded from 96 electrodes in her motor cortex. It is clear that these advances in medical technologies fit the definition of a cyborg.

Even beyond the medical field, our organization now sells living cyborgs (half cockroach/half machine) to teach school kids and the public about neuroprosthetic devices. But can the cyborg definition of "a symbiotic fusion of human and machine", be broadly applied to all of us? And this raises the unusual question of how living this dual life impacts our ability to self-reflect and engage in real life situations. Can these devices that alienate those around us, actually make us more human?

Facebook, Instagram, and Twitter as a way to feel closer to people whom we care for, but are unable to participate as closely as we'd like to in real life -- is the last thing some of us want. In fact, the debate of virtual communities and relationships remains hotly contested, even polarizing in families. Perhaps we aren't all cyborgs yet.

Pause and think of where technology will go in the near future, and how this will shape our interactions with each other. Three states have now passed laws permitting driverless cars (being developed and tested by Google). How will this change the way we work, and how we spend time with others on the road? Will we drive more now that we are more productive?

Will we consult new location services for information about who is around us to determine where to go or where to avoid? Will Siri and other voice-based services create a more human-like interaction with devices that change our perceptions of technology? So the next time you have that feeling that a part of you is missing when you forget your phone at home... at least you will know why.

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