Transcranial electricity can not only affect memory, but also affect more functions.

Two groups of subjects were also selected, one group of control groups and one group of experimental groups. This time, they showed them pictures of the beauties, and then they were asked to rate the appearance of these beauties based on their usual impressions.

When the temporal lobe microcurrent stimulation was activated this time, the scoring of the experimental group began to be disordered, which means that the current can affect people's aesthetics and affect people's emotional assignment circuit.

During the long process of growth, humans will actually establish a set of assignment system in their bodies, which is a combination of thinking, psychology, and endocrine.

For example, some people have acquired phobia, such as arthropod phobia, dense phobia, etc., such as people who hate and people who particularly like, when these images appear in front of them, the corresponding emotional reaction will be immediately aroused.

That is to say, this thing has been associated with a certain emotion, which means that the objective entity is assigned to personalize. In the minds of different people, the feeling given by an objective entity is different.

I often mention the sensation and color when taking Chinese classes, which is actually the nominal assignment system of language.

Fundamentally speaking, human emotions are actually the result of biological evolution. Fear can allow humans to escape danger as soon as possible, excitement can allow humans to prepare their bodies quickly before intense exercise. Sorrow is actually a body's self-protection mechanism.

The reason why humans can internalize a personalized assignment system is also the optimization result accumulated over billions of years of evolution. Previous life experiences have been transformed into assignment systems, giving feelings to all kinds of things they encounter.

In this way, life experience is condensed into natural physiological and emotional reactions. When you encounter similar situations next time, physiological reactions are first aroused, saving you the lengthy thinking and memory process.

Otherwise, when you encounter something you have experienced, you need to recall your previous experiences first, then review the lessons learned from it, and then make a correct judgment. This process is too long and is not conducive to human survival, so the assignment system evolved by humans can save this complex process.

Many of human strange habits are acquired, such as homosexuality and fetishism, which means that the assignment system becomes alienated in the acquired acquisition. 11 should be equal to 2, but is assigned to equal to 3 for various reasons, which causes deviations in the assignment system and unique results.

Transcranial electrical technology can affect this assignment system, that is, as long as the technology is in place, transcranial electrical can temporarily modify and affect the individual assignment system.

Under the intervention of transcranial electricity, a homosexual can have psychological and physiological appearance when seeing the opposite sex, and a heterosexual can also have psychological and physiological appearance when seeing the same sex.

As long as this technology is mature, in a sense, humans can influence and modify the human brain through external devices.

"Qingji, are you doing transcranial electrolysis research recently?"

"Yes, I plan to find another way of training beyond psychological means."

“If you are really ready to do a deeper study in this area, I suggest you meet Easton Rachapel.”

"who is he?"

"This is a 19-year-old boy who invented a mind machine."

"Thought machinery?"

"Yes, his product is actually prepared for disabled people, allowing disabled people to command prosthetics through thoughts. The theoretical basis of thought machinery is similar to your transcranial electricity, and it is probably able to bring you some help and inspiration."

"Okay, I'll have time to talk to him carefully. Can you contact him?"

"No problem, God's hand has investment in him, and we are supporting him in conducting more complex thought machinery research."

Su Qingji soon met Easton Rachapel, a sunny and handsome big boy with a charming smile on his face.

"Now the mind machinery is still relatively primitive and not very accurate in function. For example, the mind arm I created can now only use mind to direct the arm to do some simple movements, such as picking up a table tennis ball, picking up a water cup, throwing, handshake and other actions. Although each finger can command it separately, it is not accurate enough and it is difficult to make complex and accurate gestures." This is Easton's evaluation of his project.

"So as you know, where is the current technical threshold of Yimian Machinery?"

"Interpretation, robotics technology is now relatively advanced, and it is not difficult to make a robotic arm. It may only cost 300 US dollars to create a robotic arm that can move flexibly with five fingers. However, it is difficult to accurately understand human brain waves. The key to mind machinery is that the interpretation of brain waves is not accurate enough. As long as this accuracy is improved, it is relatively simple to direct a robotic arm through a computer program."

Interpreting this matter is not only Easton's problem, but also Su Qingji's problem, because in the transcranial electricity project, Su Qingji also needs to solve the problem of interpretation.

Human brain waves are composed of electrical signals from countless neurons. Just think about it and you can understand that when billions of neurons work at the same time, they communicate frequently with each other. Each neural impulse is a small piece of electrical signal, which can form overflowing electric wave pulses. When all these electric waves are combined and want to restore them back and interpret them as the initial neuronal signal, the complexity involved in this will be unparalleled.

The brain information that humans can interpret is still very leisurely. According to the functional division of the brain, they can monitor the active area of ​​the brain, thereby vaguely judging the approximate brain instructions. This is possible.

But if you are more careful and distinguish what the brain thinks, such as whether the brain wants to eat meat, drink water, or date a beautiful woman, it is difficult to achieve.

It can be able to achieve the level of Easton, and to distinguish which finger you want to know, whether you want to raise your arm or put down your arm, or hold the water cup or put down your water cup, and you can still do this in front of you.

And this also requires the operator's efforts to cooperate. The operator must concentrate on how to command the arm, eliminate all other brain activities, and continuously strengthen and strengthen the brain signals related to command the arm, and without any other clutter, in order to identify the brain wave signals of this action.

Although it is very difficult, fortunately Easton has taken the first step. What Su Qingji needs to do now is to continue to refine along Easton's path, collect more experimental data, and find better solutions. To be continued.

...
Chapter completed!