Google’s AlphaGo proves superiority over human opponents

Google computer program called AlphaGo beat the world’s best player in the second game. It’s all over for humanity – at least in the game of Go.

For the second game in a row, a Google computer program called AlphaGo beat the world’s best player of what many consider the world’s most sophisticated board game. AlphaGo is scheduled to play its human opponent, the 19-year-old Chinese prodigy Ke Jie, one more time on Saturday in the best-of-three contest.

But with a score of 2-0 heading into that final game, and earlier victories against other opponents already on the books, AlphaGo has proved its superiority.

Discussing the contest afterward, Ke said a very human element got the better of him: his emotions. In the middle of the game, when he thought he might have had a chance at winning, he got too keyed up, he said.

“I was very excited. I could feel my heart bumping,” Ke said after the contest, which took place in Wuzhen, near Shanghai.”Maybe because I was too excited I made some stupid moves.”

“Maybe that’s the weakest part of human beings,” he added. AlphaGo’s victory on Thursday simply reinforced the progress and power of artificial intelligence to handle specific but highly complex tasks. Because of the sheer number of possible moves in Go, com puter scientists thought until recently that it would be a decade before a machine could play better than a human master.

A small consolation for Ke was that he played a nearperfect game for the first hundred moves, according to the scientists who designed AlphaGo.

Still, like a sprinter who can at first keep pace with a train, in the end Ke was left in the dust by the computer.

Demis Hassabis, the cofounder of DeepMind – the artificial intelligence arm of Google’s parent, Alphabet Incorporated, that created the software -said that as he watched how close the game was, his pulse rate went up as well.

AlphaGo of course has no heart and feels no nerves, and in the end that may have helped make the difference.

Scientists and futurists have pointed to that cold focus as a major reason artificial intelligence may someday take over large numbers of white-collar jobs.