Whoever understands the principles of the human brain, then everything will be fine.

Because the body needs it, the brain will find a way to provide it.

In the visual function area of the brain, there are corresponding nerve cells active, with a spatial structure to simulate the visual perception under depth vision. Finally, the blood flow map, which can see the figure or object that the person sees visually at a certain angle, is like having a multi-layered display screen in the brain, which is used to deeply depict the shape of the figure and space.

After all, the role of nerve cells is mainly regulation and transmission. But it's like programming a computer, using electrical signals to complete a program. Nerves are also using neural networks to simulate more complex systems.

Of course, unlike the program, the nerve is actually using your perceptual memory on the nerve cells to simulate and light up the corresponding neural network, or to reproduce the memory connection of the neural network.

But nerve cells can't escape the limitations of the metabolic mechanisms of the organism itself. Nerve cells are always metabolized, replacing the old with the new. But again, this can also show that complex perceptual memories are gradually forgotten and confused if they are not trained and accumulated in sufficient quantities.

Two other elements are required for the formation of language relative to perceptible vision. Abstract concepts, linguistic logic. Abstract concepts, unlike vision, require a corresponding cognitive system for their formation. The logic of language, on the other hand, requires the sequential linking of vocabulary with concepts and logic.

Humans still can't explain the mechanism of brain activity, that is, how the brain works and its microscopic mechanisms?

Modern neuroscience, which originated in the 19th century, did not begin to study the nervous system in its entirety until the 50s of the 20th century? Before that, neuroscience was a little-known and mysterious field?

Although the functional properties of nerve cells in many areas of the human brain have been well understood over the years, how does the human brain process information? Is it sequential or parallel? How do they work?

Scientists still can't explain what is unique to human thinking that results from these properties? Advanced features such as comprehension and emotion are still half-understood? How little is known about the important mental activity that has been mentioned repeatedly in the history of science—the realization and intuition of human beings in creative thinking?

Principles of the Brain.

A study published in the Proceedings of the National Academy of Sciences of the United States of America has shown that there is a "time cell" in the human brain. They leave a temporal imprint as memories are formed, allowing us to recall events or experiences in the correct order. The researchers placed electrodes in the hippocampus and another area of the brain involved in memory and time perception in people with epilepsy to measure the activity of individual brain cells and found that a small percentage of cells trigger at a specific time in each word sequence.

The findings help explain why people with damaged hippocampus may experience strange memory problems.