Some solve the puzzle with their eyes closed. And others get a headache just looking at it. The **Rubik’s Cube** It is a challenge that many people consider impossible, but that, like everything, has its** methodology** and practically anyone can solve it. If this color puzzle has always caught your attention and you are curious about how to solve it, today we will tell you all about it. **what is it, how did it come about and how to solve the Rubik’s Cube**.

## Origin of the Rubik’s Cube

The most famous puzzle in the world was designed by **Erno Rubik**a Hungarian professor of architecture at the** year 1974**. It was licensed to Ideal Toy Company and in 1980 it had such *boom*which was considered **Best Game of the Year**. The cube was born as an experiment by Ernő so that his students could understand structural problems in three-dimensional objects. However, by mixing the cube, he realized that **had accidentally invented a puzzle**.

Its beginnings were not easy. Because of the laws of Hungary, Rubik **was on the verge of not being able to patent** the toy. Later, he was sued by Larry Nichols, who years before had created a similar puzzle, but 2x2x2, in Canada. On the other hand, and almost at the same time, an engineer in Tokyo created a very similar game, considering it an independent reinvention.

### Parts, movements and notation in the Rubik’s Cube

When we refer to the Rubik’s Cube, we speak of a **6 sided cube** and one** 3x3x3 matrix**. The colors of the faces are indifferent, although it usually begins to be resolved by the white face.

The cube can be divided into the following** parts**:

**Hub**: It is the only piece that cannot be moved from the cube. There are 6 in all.**edges**: share two colors. There are 12 in all.**vertices**: They are made up of three colors. There are 8 in all.

There are also other cubes that differ from the original Rubik’s, but have the same name. They are the following:

**2x2x2:**It has no center or edges. It can be solved as 3x3x3 by imagining the color of the faces and applying the algorithms that serve to move vertices.**4x4x4**: The center is made up of four pieces and each edge is made up of two pieces.**5x5x5**: The center is made up of nine pieces and each edge is made up of three pieces.

In most of these cubes, the method is usually **transform the puzzle into something similar to a 3x3x3** and solve with a method for one of these cubes. However, in some cases they may appear**r specific parity problems**which must be solved with very specific algorithms, particular to each cube model in question.

### Terminology

Rubik’s Cube has its own **notation**. To do this, it is always considered that we have the cube in front of us, and the parts are named as follows:

**F**: front layer**L**: left layer**R**: right layer**OR**: top layer**B.**: back layer**D**: bottom layer

When the movement is clockwise, the movement is written with a single letter. When the movement is going to be carried out in the opposite direction, it is written with an apostrophe. In the same way, if the letter is followed by a 2, 2 moves will be made in a row:

**F**: movement of the front layer clockwise**F’**: movement of the front layer counterclockwise**F2**: double movement of the front layer in a clockwise direction

However, each method of solving the cube can be accompanied by its own notation.

## How to solve the Rubik’s Cube

There are several methods to solve the Rubik’s Cube. If you’re just looking to solve the cube for fun, it’s best to stick with the **beginner method**. On the other hand, if you end up biting and want to go deeper, the **advanced method** It will keep you busy for many weeks.

Whether you opt for one method or another, the cube is solved by applying a series of mathematical algorithms. The **first steps** both in one method and in the other they are made by moving the pieces exactly** just like a puzzle** until forming a complete face and the central layer well located. From there, in both methods we will have to apply a series of **algorithms to solve the cube**. Each step has its own algorithm, which we could define as a** movement sequence** where the ‘input’ will not matter, since the output will be the same.

### Beginner Method

The basic method is composed of **7 steps**. Before you start, you should have figured out how to move the pieces around the cube.

- Locate the white face (the one with the white center) and form a
**White cross**around. The secondary color of the edge must match the center piece of the other face of the cube. - Take the
**white edges to their place**. There are three possible cases, which are solved with the following algorithms:- White color on the right: R’ D’ R
- White color on the left: FD F’
- White base color: FL D2 L’ F’

**Complete the second layer**correctly locating the edge. Place the edge on the face where the part is correctly placed and execute the following algorithm:- If the turn is to the left: U’ L’ ULF U’ F’
- If the turn is to the right: UR U’ R’ U’ F’ UF

- Now it’s time to make one.
**yellow cross**, the same as at the beginning, but without spoiling everything we have done. It does not have to be aligned with the color of the other face. We’ll do that in step 5. To rotate the edges, we’ll do the FRU R’ U’ F’ algorithm. **We locate the yellow pieces**in its corresponding place with respect to the central color of the other faces. This step should be repeated until everything is well aligned: RU R’ UR U2 R’ U.**Bring the vertices to their place**. It doesn’t matter if the orientation is correct or not. The algorithm this time is as follows: UR U’ L’ U R’ U’ L**guide and resolve**. The last step is the easiest of all. It consists of repeating the R’ D’ RD algorithm until all the corners are correctly oriented. That done, implement you will have to move the faces horizontally to solve the cube.

### Advanced Method or Friedrich Method (CFOP)

The above method is interesting to solve the cube in about 30 seconds or a minute if you have a lot of skill. However, the advanced method allows **solve the cube in very few seconds**. It is named in honor of its creator, **Jessica Friedrich**. The method consists of** 120 algorithms in total**, so you have to have a lot of memory and dedicate many hours to the cube to learn the technique. However, there is an alternative version to the full Friedrich method, which is the **Friedrich Reduced.** In this case, they are **49 algorithms**but you will have to do many more steps.

## Rubik’s Cube Records

If you find it difficult to solve the Rubik’s Cube, it will seem even crazier that some are able to solve it with their eyes closed, with their feet or even with one hand. These are the current records:

- Yusheng Du (CH) – 3.47s –
**Two-handed record**(2021) - Max Park (USA) – 6.82s –
**One-handed record**(2019) - Sebastiano Tronto (IT) – 16 –
**Record with fewest moves**(2019) - Tommy Cherry (USA) – 14.67s –
**Blindly (**2021) - Graham Siggins (USA) – 59/60 59:46 –
**blind multi**(2019) - Que Jianyu (CH) 5min, 2.43s –
**Multi 3 with juggling**(2020)