Realizing the cube could be restored to its original state, he submitted an application to the Hungarian Patent Office for a 'spatial logic toy' called the 'Magic Cube.'Ī competitor solves a Rubik's cube using one hand during the Rubik's Cube European Championship in Prague, Czech Republic, J(David W. One month later, Rubik finally solved it. He had no clue how to restore it to its original state. He had twisted it so much, the colours were now all mixed up. Then Rubik kept twisting the cube until he realized something: There was no way back. That way the movement of the pieces was visible and trackable. Rubik decided to add 54 colourful stickers to the cube, with each side sporting a different colour - yellow, red, blue, orange, white and green. After several experiments, he figured out a unique design that contained an interesting paradox: It was a solid object that was also fluid. One day, he tried connecting eight wooden cubes together so they could move around and exchange places.

He has described his bedroom as looking like the 'inside of a child's pocket.' It was littered with crayons, strings, sticks, various odds and ends - and lots of cubes. When Erno Rubik was 29, he was in his bedroom tinkering. He eventually became a professor and taught a class called 'descriptive geometry' - where he encouraged students to use two-dimensional images to solve three dimensional problems. Years later, he studied architecture and became obsessed with geometric designs. He was born in Budapest, Hungary, in 1944.Īs a young boy, Rubik liked to draw and sculpt. Erno Rubik was the inventor of Rubik's Cube.

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