Using logic to solve the Rubik’s Cube – the CFOP method as an example One needs to quickly move one’s fingers in a logical and goal-directed manner to manipulate pieces of the cube while identifying patterns that might result in solving the puzzle successfully. As centerpieces do not move, one needs to focus on the middle and corner pieces to solve the puzzle. The Rubik’s Cube has three layers, and a player solves each layer one by one. In addition, a cube-solver should also be good at recognizing patterns while attempting to complete the puzzle, so that they can predict the correct moves. Although the logic behind solving the cube is mathematical in nature, one needs to remember algorithms, notations, and moves that were recently made. The Rubik’s Cube is also a test of memory and an assessment of pattern-recognition. To solve the cube successfully, one needs to register each move in their mind and guide oneself towards the next one. The ability to visualize and manipulate 3D objects such as the Rubik’s Cube requires spatial intelligence. Spatial intelligence relates to one’s conception of the observed visual world. As there are 43 quintillion permutations possible in a single 3x3x3 cube, players often rely on algorithms and abstract algebraic concepts such as group theory to solve the cube. The Rubik’s Cube is a mathematical puzzle at its core, and the logic behind solving it is based on geometrical symmetry, permutations, and combinations. In addition, it also requires finger dexterity, the ability to move and manipulate objects quickly with one’s fingers in a focused and goal-directed manner. The Rubik’s Cube is a test of one’s mathematical skills, ability to recognize and remember patterns and apply spatial intelligence. What skills are required to logically solve the Rubik’s Cube? As peering through academic abstracts and journals is quite a task, we’ve broken down the logic behind solving the Rubik’s Cube in simpler terms. The logic seems simple, but there are various strategies based on complex mathematical theories.Ī quick search on citation indexes such as Google Scholar shows that the Rubik’s Cube has intrigued researchers and academics for quite some time. The six colors on the original cube are red, white, yellow, green, blue, and orange. Although there are multiple methods to solve the Rubik’s Cube, the logic behind the puzzle remains the same: a player moves different pieces of the cube until all its six faces have the same colored pieces on each side.