Giving electric impulses to brains is increasing the ability to learn languages by 13%
The fact is that we could learn many things better if we would make studies comfortable. By giving electric stimulation to brains can be used to learn everything, not just languages. The fact is that things like brainwashing are also learning, and that means we should not always think that something is comfortable. If we would use some language learning tapes for learning languages, we must remember that the same way we can make things, what is not allowed. I mean that in the wrong hands this technology is dangerous.
Sometimes there is introduced an idea that in the music records would put the subliminal lessons of the school subjects, what would make the people, who have problems with the learning process easier to learn things. The problem is that there are always people like some "cult leaders" or mafia bosses, who can use the same method to teach people that they must give all their money to them.
The same systems can be used to deliver political propaganda and other kinds of things. This makes new learning methods problematic. We should always control things that are using in our entertainment systems. And things like subliminal commanding systems are made for good. They are made for giving a choice for violent methods for military and law enforcement in cases like hostage situations.
The subliminal command systems are passing the awareness of people, and the infrasound-based systems are not causing any visible sensor stimulus. And that makes the system dangerous, in the wrong hands. Also, things like electric shocks through the brain core are passing the defense of the nervous system but it makes it more effective than some subliminal sound.
The same methods can use also for helping people to learn things like languages or mathematics. The thing that makes the electric stimulation of brains so effective learning method is that in that case, the data will transfer straight to brains. And that data passes all the defense and filtering mechanisms in the human nervous system.
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