Information that will help you to solve the Rubik’s cube faster than anyone.
In Rubik’s cube, there is a system of cubicles with a volume of 7×5.7 cubic centimeters, each surface in a different color. Here, each surface is divided into 9 elements whose skins are cubes. These elements can move in the plane of the cubicles in which they are located. By turning the surfaces in different directions, 43.242.008.274.489.856 000 different color bosses can be obtained in the cube and in this context it is almost impossible to be solved without a system. If you want to be cool like rubik’s cube solving champion Feliks Zemdegs, listen to these recommendations.
First, we should apply such a move that only one cube should be replaced as we want, others should stay where we started the series of moves.
When starting the move, whichever middle surface cube is facing us, whichever is facing up, should be always looking at us in all movements, and every move should be made in the direction of 90 degrees. For example, the top-left surface can be rotated 90 degrees upward, the top-facing and right-most surface 90 degrees down, then the top row facing us 90 degrees left, the bottom surface 90 degrees right, the middle row 90 degrees right. Here, a plus sign can be created on the upper face, and the vertical faces of the pairs in this plus sign (as a color group) can be made the same color as the ones on the other vertical faces.
After these are done, the top face can be turned into one color by trying to place the triples in the remaining places.
Here, however, the top face will be one color, while the top row on each side must be the same color as the one on that side. There are two possibilities here: either the same colored face of the trio is perpendicular to the upper face or parallel to the upper face. If the cube is on the upper surface but in a different location than its own, another cube is placed in its place, it is lowered from above to the bottom or to the base and the cube is placed again by making the above moves again. An attempt is made to create a line just like the equator. If an equator can be created, it is tried to be turned with the square in the middle facing upwards. If this point can be reached, an attempt should be made to make a plus sign on the lower face immediately, which can be done by relocating the pairs.
If there is no plus sign even after bringing each pair to the place it should be, then the pairs may be in place, but in this case, four or two of the surfaces that should probably be in the horizontal plane are in the vertical plane. As a result of these moves, if a face and the equator were completely made and a positive sign could be created on the bottom, the cube should be turned upside down again. This should be done in such a way that the lower triples must be turned without changing the position of the other cubes. After this stage, the corner cube is turned where it is.