Killer Robots No Longer Just Science Fiction

Later this month the UN will discuss the possibility of autonomous killing machines at a convention on weaponry in Geneva. They are essentially talking about Terminators or drones from the Iron Man films (pictured), that is killer robots that don’t require human involvement or decision making. We could be in serious trouble if Google (AKA Skynet?) decide to get involved, or maybe they already are?

Image

Isn’t it crazy to think that we’re considering developing and building robots designed to, quite literally, kill ourselves. Surely it would only be a matter of time before they got into the wrong hands or experienced a life-destroying software malfunction. It’s hard to know how advanced technology has become in the most secretive and well-funded laboratories around the world, namely those involved in military projects. We can be reasonably sure these technologies do not yet exist, but equally sure they are close to being a possibility, if not a reality. The weapons experts talking in Geneva are therefore attempting to pre-empt killer robot manufacturers and impose a ban that will ensure the safety of us all.

Brains Online in 2030’s?

Over at the Singularity University in Silicon Valley, California (of course), some of the brightest (and richest at $29,500 per 10 week course) technology-loving futurists gather to discuss, imagine and create. Ray Kurzweil, co-founder of the ‘university’, has recently been speaking about some of his work as the Director of Engineering at Google. He describes their current mission as “reengineering the human brain” in such a way that we can eventually connect it to the internet, which he predicts will be realised in the 2030’s. As a leader in this field and proven predictor of such things as the year a computer would beat a human chess grand master and the explosion of the internet, it’s hard not to take his word for it.

Image

Perhaps the most shocking part of Kurzweil and Google’s work is not that they are trying to hook us up to the cloud by inserting nanobots into our brains, but the potential resulting brain power that could come from such a process. Were it done correctly, and by that I mean accurately mimicking existing brain connections and hierarchical structure, then it could create a super-intelligent network of brains. Imagine linking the neocortex of the members of a lab group, allowing them to more efficiently trade ideas, innovate and discover using a ‘multi-brainstorm’ approach. Teaching would be transformed – think Leonardo DiCaprio and Ellen Paige designing radical architecture while dream-sharing in the film Inception – but in danger of imposing ideas instead of just presenting them.

Picture world leaders plugged into each other’s heads discussing the future on behalf of the rest of us. Could they not easily do away with transparency, leaving the public out of the loop? Or would it allow great collaboration, democracy and openness in politics and worldwide, unified action? There is also danger that the experience of linking minds itself may be so overwhelming that any group risks an explosion of power-thirst and ambition from among its members. More likely not.

There is no shortage of volunteers to scout, pioneer, and trial new technologies, even when there are unresolved ethical dilemmas and questionable futures. The “Explorers” that bought the first Google Glass models and have been using them ever since are just one such example – cameras in contact lenses could be next. Whatever new tech is released there is always someone willing to test it, so the progression towards greater technological dependence and enhancement of humans is in some ways inevitable (if such things are mechanistically feasible, which they probably are).