Artificial intelligence, which may at some point automate your job and can already defeat professionals in six-player poker, is now able to solve Rubik's Cube faster than any human.

An artificial intelligence algorithm is putting humans to shame by solving a Rubik's Cube in just over a second. The algorithm, called DeepCubeA, was created by researchers at University of ...

Researchers from the University of California-Irvine have created an AI system that is able to solve the Rubik's Cube in a fraction of a second.

The algorithm used for solving the cube is CFOP – solve the white cross, the white corners, the middle layer, the top face, and finally the entire cube. In practice, the robot ended up taking ...

The software is running off a Linux machine which feeds the data into a Rubik’s cube algorithm for solving. In approximately one second — the cube is solved. Continue reading → ...

Scramble a Rubik’s cube, and you will create one of 43 quintillion possible arrangements of those 54 colorful square stickers. But that part—the messing it up part—is easy. Solving it, as ...

The Rubik’s Cube looks like a simple kids’ toy, but anyone who’s tried to line up the block’s colors knows how challenging it is. For experts, the current record is about three and a half ...

According to the Rubik's Cube website, there are a few different ways to solve a Cube. But as far as there being one specific algorithm, it's more complex than that.

Few things reveal the limits of someone’s problem-solving skills faster than a Rubik’s Cube, the multicolored, three-dimensional puzzle that has befuddled so many since the 1970s. Though the ...

The simple Rubik's Cube is a harder problem than most people realize. Using the currently provided best algorithm for solving the cube, for example, would take the computer you're reading this on ...

In 40 years or so we haven't solved a Rubik's Cube without popping the pieces off and putting it back together.

A machine has taught itself to solve a Rubik’s Cube without human assistance, according to a group of UC Irvine researchers. Two algorithms developed by the researchers, collectively called Deep ...