Xinhuanet Beijing November 11th (Reporter Pan Wei) Why are most middle-aged people’s bald positions mostly on the top of the head and on both sides of the forehead, and some bald people are relatively smart? What is the root of people who like to throw things when they quarrel? Why do you cry and chat to help release stress? Why do children who are six years old have a strong learning ability? Chinese neuroscientist Cheng Wei explained the mystery of the human brain in his “Nervous System Paradox” and made a statement.
After years of research, Cheng Hao believes that short-term memory is a work platform with information integration, transit, and temporary storage. He named short-term memory as “temporary storage integration platform”. It is the most frequently used area in the human brain. It integrates all kinds of receptors (such as eyes and ears) from the whole body into the information to be processed, and integrates them into a complete and coordinated information, which is then sent to various effectors (such as vocal cords, The myocardium, eye muscles, and arm muscles cause corresponding coordinated actions in related organs (such as the hand and the eyeball).
& ldquo; Temporary deposit and transfer integration platform & rdquo; at least in the two main areas of the human brain, the frontal lobe (about the forehead of the person, the left and right hemispheres, mainly involving language, logical judgment, analysis, reasoning, Comprehensive, etc. and the parietal lobe (about the top of the head, both left and right hemispheres, mainly related to visual information). Why do many men in modern society have bald positions on the forehead and posterior top of the brain? The reason is that the most frequently used “temporary storage integration platform” in the brain is located in these two areas.
According to the characteristics of the plasticity of the nervous system, the more temporary storage integration is used, the more types of problems it deals with, the more its capacity will be, which is why it usually looks bald. One of the reasons why people feel smarter.
Cheng Wei explained that all forms of muscle activity in the human body are the performance of information output effectors, so they all help to balance the information pressure of temporary storage and integration platforms, such as chatting, talking, throwing things, Writing, painting, singing, sports, etc. Modern psychology research has also shown that couples who clamor from time to time maintain a longer relationship than couples who seldom quarrel.
Why are infants and children’s new knowledge absorbed very strongly, while adults are relatively poor? There are a large number of silent synapses in the brain of newborn babies, which can be quickly transformed into functional active synapses as long as potential stimulation is applied. Every new thing that the baby hears, sees, smells, touches, and transforms into related action potentials through various receptors in the body, and sends them to the central nervous system, thereby stimulating a large number of silent synapses. And make it quickly convert into functional synapses. Adults have no silent synapses in their brains. When learning new knowledge, they create new synapses between the two neurons without any connections. This connection is formed at a slower rate. Therefore, the absorption capacity of adult knowledge is relatively poor.
As for which silent synapses will be activated, it depends on the experiences of infants and children in real life. This is why the Dutch girl who had been removed from the left and left brains at the age of 3 was able to master two foreign languages. Therefore, children who have a disability or partial resection in the brain before the age of 6 can restore normal intelligence by actively training.
According to the basic theory of silent synaptic intelligence and the plasticity theory of the nervous system, it is theoretically possible for adult vegetative and stroke patients to restore their normal brain function. For the functions related to its impaired neural function network, it is possible to help the nervous system to regenerate related neural, synaptic and neural functional network blocks by giving long-term, repeated stimulation of related information. However, in reality, the reason why such patients are more difficult to recover is because the society and the family give less time to stimulate the repeated information.