What are Mirror Neurons?
Humans have a group of nerve cells called "mirror neurons" that motivate our primitive ancestors to gradually break away from apes. Its function is to reflect the behavior of others, so that people learn from simple imitations to more complex imitations, and thus gradually develop language, music, art, using tools, and so on. This is one of the greatest things about human progress.
Mirror neuron
- Scientists have discovered that cells in the human brain called mirror neurons are at work. Mirror neurons are recent cognitive
- Because of the existence of mirror neurons, humans can learn new knowledge and interact with people, because human cognitive ability and imitation ability are based on the functions of mirror neurons.
- Mirror neurons were first discovered by the University of Parma in Italy at the end of the 20th century. This discovery proves that there is a special neuron in the monkey brain that can recognize the potential significance of the observed object's action behavior through internal imitation like a mirror, and make Corresponding emotional response. The discovery, once published, immediately caused a huge reaction in the scientific community around the world. Researchers put such a special ability
- The University of Parma, Italy, has just noticed mirror neurons. At that time, it was studying the motor cortex of the brain, especially the F5 area that controls the movements of the hands and mouth.
- in Italy
- Reasons for children to imitate
- Mirror neurons also provide clues for people to observe children's learning process. Professor Andrew Melsoff of the University of Washington has found that a baby just born just a few minutes can do the same when he sees an adult stick out his tongue. Like other primates, human children like to imitate. Professor Andrew said that children's mirror neurons enable them to observe other people's movements and mimic what they see. [1]
- Watching the World Cup, why are fans collectively "crazed"
- In the World Cup, fans will collectively dance for their team's victory, and will also cry out for their team's failure. Austrian researchers recently published a research bulletin that mirror neurons play an important role. [3]
- When people observe more similar scenes to their own past experiences, mirror neurons become more active, especially when these scenes are related to motor nerve activity. Therefore, fans often have a subconscious "herd" behavior: When the team wins, they collectively carnival, and when they lose, they cry collectively. [2]
- For those "real fans", mirror neurons also help them better "read" the game. Comparative experiments show that when watching the game, those "real fans" can better predict the direction of the ball. At this time, their mirror neurons are more active than those "false fans". [2]