Halting Problem Proves That Lethal Robots Cannot Correctly Decide To Kill Humans

KentuckyFC writes: The halting problem is to determine whether an arbitrary computer program, once started, will ever finish running or whether it will continue forever. In 1936, Alan Turing famously showed that there is no general algorithm that can solve this problem. Now a group of computer scientists and ethicists have used the halting problem to tackle the question of how a weaponized robot could decide to kill a human. Their trick is to reformulate the problem in algorithmic terms by considering an evil computer programmer who writes a piece of software on which human lives depend.

The question is whether the software is entirely benign or whether it can ever operate in a way that ends up killing people. In general, a robot could never decide the answer to this question. As a result, autonomous robots should never be designed to kill or harm humans, say the authors, even though various lethal autonomous robots are already available. One curious corollary is that if the human brain is a Turing machine, then humans can never decide this issue either, a point that the authors deliberately steer well clear of.

Comments

Re:only incorrectly device to kill humans?

[Anonymous Coward]

Stop picking on systemd! Just give it a chance!

National Robots Association

[c]

"Robots don't kill people. Robot programmers kill people."

Re:only incorrectly device to kill humans?

[Jason Levine]

If you have a problem with your Killbot's operation, please call 1-800-KILL-HMNS and we'll send a customer service Killbot to execute your trouble ticket right away. We won't rest until there are no bug reports submitted by humans.