There's the way we plod along trying to solve the Rubik's cube... and then there's speed cubing. Rubik's cube champion Feliks Zemdegs shared a video of solving the puzzle in a scorching 3.81 seconds -- quicker than his previous world record time of 4.73 seconds. SEE ALSO: Master solves and juggles Rubik's cubes at the same damn time The 21-year-old shares all his stats and personal bests on his Facebook and Twitter pages, should you wish to deep dive into the world of speed cubing. We share your fist-pumping joy at the end, Feliks. World's longest ever golf putt puts your feeble minigolf efforts to shame
If you look away from this Rubik's Cube-solving robot for even a second, you'll miss history. The Sub 1 Reloaded cracked the notorious puzzle in just 0.637 seconds earlier this year, smashing its own mark of 0.887 seconds and setting the Guinness World Record. The robot is the pride and joy of German engineer Albert Breer, who boosted its puzzle-solving power by adding a new Infineon chip. Feliks Zemdegs holds the fastest time for a human, coming in way behind the machine at a sluggish 4.73 seconds.
It took Ernõ Rubik more than a month to solve his namesake puzzle the first time. Today, competitive cubers can best the classic brain teaser in less than five seconds, and casual players can do it in minutes. Their not-so-secret weapon is math. Devising or memorizing sequences of moves that accomplish a particular goal--for instance, swapping two corners--is key to cracking your Rubik's Cube. When game designers start stacking more layers onto a standard 3-by-3-by-3-square cuboid, it doesn't change those algorithms much; it just makes the solve mega-tedious.
Then this video probably won't help your anxiety. A Japanese YouTuber by the username Human Creator has created a modified version of the famous cubed puzzle that will automatically solve itself. The video, posted to YouTube last week, has already accumulated over 250,000 views. In a linked post to a Japanese blog, the unnamed YouTuber posts pictures of his work including the outfitting of the sensors and the code used for the computer to solve the cube. While the code is impressive, the engineering to fit the technology into what appears to be a traditional, standard Rubik's Cube is equally noteworthy.
The two bought a generic cube puzzle, since it was looser and would slide easier. They then placed different textured items on each side. One side was left smooth and the other had plastic squares. Another side had scratchy Velcro and the opposite had soft Velcro. The final two sides had squishy craft dots and hard plastic dots.