Let us scientifically understand the brain.
Just as our body is composed of various cells, the brain is also composed of cells, and the cells that make up the brain are called brain cells. Don’t ask how many brain cells form the brain. It will scare people by saying it. About 10 billion brain cells are! Think about how big the human head is, and think about the number of brain cells, you will feel like an explosion. People with dense syndrome should not associate it at will, otherwise the consequences will be borne by themselves.
As for the appearance of brain cells, it is also very strange. If you have to find a biological comparison, the octopus in the ocean may be the most similar to it. Brain cells are like octopus, with a body in the middle and surrounded by tentacles that radiate outward. The difference is that the tentacles of octopus are countable, while there are hundreds of "tenches" of brain cells. Although the body and tentacles of brain cells are not good-looking, they are a powerful integration of huge electrochemical complexes, microdata processing and transmission systems.
Under the microscope, the tentacles of brain cells are like branches, lumps and not smooth. These "branches" are scientifically called dendrites . A large and long branch in a dendrites is called axon. It is a miniature information processor whose function is to convey information. The shortest length of dendrites and axons is 1 mm, and the longest is 1.5 meters (what is the phenomenon of 1.5 meters long branches hovering in the brain), and are surrounded by mushroom-like dendritic spines and synaptic bodies. The chemicals they contain are necessary information carriers in human thinking.
Brain cells live in brain fluid, and the two brain cells communicate through dendritic spines and synaptic bodies to exchange information. Communication is achieved through pulses between cells. Thousands of pulses are transmitted and received within a second. Brain cells complete unimaginable calculations like a remote telephone switch, and then send information into the appropriate channel according to the calculation results, completing a thinking process. This process is in microsecond units, and the speed and efficiency are both excellent.
Tony Bozan Invented by Mr. mind map is unquestionable inspired by the natural morphology, organizational structure and operating mechanism of brain cells. Therefore, before learning mind maps, you must understand the whole brain. The prerequisite for understanding whole brain is to scientifically understand the human brain.
