According to the "Hindustan Times" report, a 19-year-old boy in Colombia recently juggled three Rubik's cubes while juggling, and finally broke his previous record with a score of 4:31.01, setting a new Guinness World Record.

According to the official website of Guinness World Records, 19-year-old Angel Alvarado was juggling three Rubik's cubes while juggling in Bogota and finally set a new Guinness World Record with a time of 4:31.01. He was also the previous record holder with a score of 4:52.43.

In the report, Alvarado said he spent five months practicing how to solve three Rubik's cubes while juggling. He also said that juggling requires a lot of concentration to complete the three cubes.

Usually, the appearance of a normal-order Rubik's cube is a cube, but the internal structure of different Rubik's Cubes is different. So what is the color of the cube? In fact, there is not only one color scheme for the Rubik's Cube, and the current popular version is not the original version. Today's color scheme is to arrange a pair of similar shades of color on opposite sides.

The following is a detailed introduction to the structure of the Rubik's Cube:

The third-order Rubik's cube consists of a central axis connecting six central blocks and 20 blocks of different structures. When they are connected together, they form a whole, and any side can be rotated horizontally without affecting other blocks.

The fourth-order Rubik's cube is much more complicated than the third-order. Its composition is divided into two categories, one is a sphere in the center, and each peripheral piece is connected to the slide rail of the center ball, which slides on the slide rail along the direction of force during movement.

The second type is the fourth-order Rubik's Cube with the axis as the core. The composition of this kind of Rubik's Cube is very complicated, and there are many additional parts besides the central ball and the peripheral block. As a racing sport, the second-order fourth-order Rubik's cube moves fast and is not easy to get stuck in high-speed rotation.

The composition of the fifth-order Rubik's Cube is more than that of the fourth-order Rubik's Cube. It takes a long time to invent a new high-level Rubik's Cube, because of not only the feasibility of the project but also whether the Rubik's Cube can be stably used for rotation after being made.

It is for this reason that the fifth-order Rubik's Cube is the highest-order Rubik's Cube officially announced, and its structure is not imaginable by ordinary enthusiasts.

There is no official version of the Rubik's Cube of the sixth order and above. Not long ago, however, it was rumored that a Japanese had made a sample and sent it to a French company to try it out.

The reason why a high-level Rubik's Cube is difficult to make is that if the third-order Rubik's Cube is still increased and expanded year-on-year, the corner blocks may fall from the air due to no support during rotation. The so-called eighth-order Rubik's Cube that I saw on the Internet later turned out to be just a piece of ordinary third-order.