![]() It cracked the puzzle every time, and did so in the minimum number of moves in around 60 percent of attempts. The AI was then put to the test on a thousand combinations. According to a paper published in Nature, researchers gave DeepCubeA 10 billion combinations and urged it to solve the puzzles in 30 or fewer moves. DeepCubeA then trained itself to solve the puzzle over two days, improving its skill as it attempted increasingly difficult combinations. The researchers started with a simulated version of a completed Rubik's Cube, then scrambled it. ![]() While the scientists showed the AI what the end result looked like, DeepCubeA had to figure out how to get there and they don't yet have a full understanding of how it developed its strategies. There are billions of possible combinations for the cube, but only one completed state. Curiously, the researchers aren't quite sure exactly how DeepCubeA figured out how to make sure the Rubik's Cube had a solid block of color on each of its six faces.
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