Second, deepen the understanding of professional knowledge. If we want to study the structure and materials of the Rubik's cube, it is beyond the power of primary and secondary school students. As mentioned above, the inventor of the Rubik's Cube is a university professor. His first wish of inventing the Rubik's Cube is to help students understand the composition and structure of the spatial cube and exercise their spatial thinking ability and memory. This explains some functions of the Rubik's Cube. With the in-depth study of Rubik's Cube, we can think of many majors: in terms of structure, we can think of solid geometry and architecture; In terms of technology, it can be connected with machinery, electromechanical integration and product design; In terms of raw materials, it can be linked with chemistry, chemical engineering and materials science; In terms of connotation, it can be linked with mathematical modeling and computer analysis; As a commodity, it can be analyzed from the perspective of economics; As a cultural carrier, it involves humanities such as communication and aesthetics; You can use and train English and other foreign languages when learning foreign language materials. There is a Hamlet in a person's eyes. Students with different professional knowledge will certainly get different feelings from the Rubik's Cube, and at the same time, they can have a new understanding of their major through the Rubik's Cube.
Thirdly, Rubik's Cube has gradually become a sport attracting more people's attention, and its research has also been introduced into many scientific research fields. First of all, it aroused the interest of mathematicians. When the Rubik's Cube just swept the world, the most attractive thing was the problem of restoration. Therefore, mathematicians at that time made a splash. According to special mathematical theories and knowledge such as group theory and linear algebra, with the help of electronic computers, they obtained various methods to restore the Rubik's cube. Nowadays, with the improvement of computer technology, the research on Rubik's Cube has greatly exceeded the level at that time. Now it is possible to calculate the simplest reduction method of each state by computer, but the biggest problem now is that no one knows what the farthest state of the Rubik's cube that rotates 22 or 23 times looks like. In a word, group theory first broke into the Rubik's cube field, which fundamentally supported the Rubik's cube to become a science. Now, the Rubik's Cube is an important research object in the field of artificial intelligence. Someone introduced the Rubik's Cube into the computer field. Some physicists have established the relationship between Rubik's Cube and particle physics. Some chemists improve their understanding of matter by changing the Rubik's cube. Of course, the physical structure of the Rubik's Cube is also an excellent teaching aid for architecture. I believe that more and more people need to know the formula, and the Rubik's Cube can be introduced into more scientific research fields to help more researchers.
Fourth, the cost is low. First of all, from the perspective of economic cost, a Rubik's cube is generally tens of yuan or hundreds of yuan (life is calculated in years, which is not comparable to the inferior Rubik's cube with several yuan). Compared with the popular electronic products, the cost is naturally much lower. From the point of view of playing, the Rubik's Cube is easy to carry and occupies little space. As long as one hand is free, you can play the Rubik's cube, which is not limited by time and place and has good flexibility. Moreover, the charm of the Rubik's Cube is eternal charm, and the benefits it brings are lifelong.
Fifth, the interaction between classmates is good. The Rubik's Cube has a high technical content. If you want to learn to restore or restore quickly, relying on your own research efforts is definitely not as fast as exchanging experiences with others. There are many ways to communicate, such as one-on-one teaching, three or five people communicating together, organizing symposiums or conducting special training courses, which can enhance the friendship between students and help build a harmonious campus environment. And you can develop outside the school, contact Rubik's cube lovers from all walks of life, contact similar alliances in colleges and universities, and spread campus culture interactively. And you can try to get in touch with magic friends from all over the world to enhance communication and enrich your knowledge.
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