Brains might use different languages in external and internal communication.

Brains might not use natural language for logical reasoning. Or they don’t use language. That we can use in a verbal form. This means that the brain’s internal communication requires a different communication protocol. Than humans use in communication with other people. We can call those protocols languages. But logic doesn’t need a similar language. As we use in speech. Logic needs communication. And a way of communication. It can be different. But we can call that communication “language”. 

We understand natural languages as language. That we speak and write. But nature is full of languages that we cannot use in verbal communication. Things like hormonal and pheromone-based chemical communication. It's very common. Most of the neuron’s mutual communication is a combination of electric and chemical signals. So that means those communications. They are also natural. But the key component in information is this. Brains must have an ability to separate external and internal signals. 

Brains are very complicated structures. They contain many hidden neural networks and hidden layers. We know that only a small part of the brain's internal communication reaches consciousness. 

This raises an idea. That maybe humans use different languages to communicate with other people. Than brains use their internal communication. So could the cerebral cortex. The diencephalon and brainstem use different communication languages for internal communication. 

If the brainstem uses the same language for internal communication as the cerebral cortex. That could disturb the brainstem's internal communication. And that can cause death. The brainstem controls vital functions like blood pressure, pulse, and other things. In some models. The diencephalon has a mission. It is to translate brain signals from the cerebral cortex. To the brainstem. If those three brain layers use the same language. That can be hard. To separate the signals. And that can cause problems. 

When we expand this model. We can say that maybe all brain areas, including the cerebellum, have different languages. The cerebrum and cerebellum have different languages. But brain lobes like the frontal lobes and temporal lobes. They use different types of dialects. That helps the brain separate signals. That come from a certain area. And that helps to keep those signals in order. This is important. When. Brains make decisions. About the reactions to a certain stimulus. Every stimulus requires a different type of response. 

So. The use. Of different languages. In internal and external communication protects brains. 

It’s possible that all human brain areas use different types of language. If we want to use computing as a model. How the brain analyzes information, we must take note of. Computers have three types of programming code. The lower-level programming code. That code connects the hardware to software. The operating system level. And the highest part is the program. All three main layers are made using different types. Of programming language. 

Those three layers are meant for internal computer communication. The network communication uses other protocols and languages. Than the computer internal data flow. But then we can transform that model to the human brain. If human brains use different languages than humans use in communication with other people. That protects the brain from outside effects. In this model, information comes to the brain. through the brain area. That is reserved for a certain sense. When other humans speak. Data travels in the brain lobe. 

That handles those types of signals. Information travels to the Broca lobe. There, those neurons translate that signal into the form. That. The brain understands it. If humans. Use the same language for internal and external communication. That thing causes a situation. That other person can take another person under control. Because external communication is different. Than the brain's internal communication. Brains realize. That data comes from external sources. 

https://mcgovern.mit.edu/2026/07/06/separating-logic-and-language/

https://www.pnas.org/doi/10.1073/pnas.2520095123

https://en.wikipedia.org/wiki/Brainstem

https://en.wikipedia.org/wiki/Human_brain

https://en.wikipedia.org/wiki/Human_brain#See_also

Humans might have 33 senses.

“We often think of perception as limited to the five traditional senses, yet modern neuroscience suggests the human body may rely on dozens of interconnected sensory systems. These senses work together continuously, shaping how we experience texture, flavor, balance, and even our sense of self. Credit: Shutterstock” ScitechDaily, You Don’t Have Just Five Senses – New Research Suggests Humans May Have up to 33)

The new study suggests that humans can have at least 33 different senses. That is a very interesting observation. This means that we have six senses: smell, taste, touch, sight, balance, and hearing. The number of those classic senses depends on whether we separate smell and taste. The interaction between humans and the environment is a multisensory experience. 

Those four senses are the senses that dominate our consequences. But then. We must realize that things like the sense of hot and the sense of cold are different. 

"The five senses. Credit: Modified by Nicolas Posunko/Skoltech from image generated by Deep Style (Abstract) model on Deep Dream Generator" (ScitechDaily, Are Five Senses Holding Us Back? Scientists Say We Could Use Seven)

Senses from the kinetic sense. We have senses that sense our hand’s angle. Also. Things like a sense of push and swipe are different senses. Body hair senses things like air low. Color view. And black and white views can be separate senses. Everything that we sense doesn’t reach consciousness. So. There is a system in our brains that selects things that we notice. But. There is a possibility. That humans. Have so-called recessive, or “silent” senses that those other senses cover. 

And one of the most interesting of those senses is the remote touch. There is a possibility that humans can feel things. That's buried in sand before we even touch them. That kind of sense, or its confirmation, requires new and more accurate research. 

"Overview of the experiment setup for tactile detection in granular media. (a) Human experiment setup, showing a participant finger raking through a sand-filled box with an LED strip guiding the trajectory and buried cube at fixed locations. (b) Robotic experiment setup, featuring a UR5 arm with a tactile sensor and a buried cube in sand. (c) Schematic of the raking process. Credit: Queen Mary University of London"(ScitechDaily, New Research Reveals Humans Have a Remote Touch “Seventh Sense”)

The question is whether. There can be a similar acoustic system in the human hand. As the sandpiper bird in its nose. Our fingers can sense the position. Where the echo comes from. In that case, the remote touch base is in acoustic signals that our bones send. 

The interesting thing is this. Can this “new” sense see only living creatures, like mussels from the sand? The big question is always this: this kind of sense requires something that activates the nervous system. There are two possible ways that sense works. 

There is a possibility. That. The sense benefits from acoustic signals from the sand. Or the sense can use ions that the creature releases to observe that thing. But. When we think. About those “new” senses, we must understand that. Things like the magnesite mineral in human neurons and the iron in the human body make it possible for people. To observe things like electric fields. 

“A new mathematical model of memory hints that seven senses, not five, may be the optimal number for maximizing mental capacity. Credit: Shutterstock” (ScitechDaily, Are Five Senses Holding Us Back? Scientists Say We Could Use Seven)

That ability makes it possible to observe other people’s minds. Telepathy means. The ability to feel and sense the electromagnetic fields that our nervous system creates. The human nervous system can act as an antenna. The small iron bites. In our neurons and blood. There is iron. Which can act as a sensor. Which. Allows humans to sense the electromagnetic field or act as an internal compass. But could that thing be so highly accurate that we can read other human thoughts? 

If we think. That. The TK, or telekinesis. It is the ability. To control other people's thoughts. There is a possibility that the TK has the ability to transmit electricity into the receiving people’s neural system. That electricity makes it possible. To control the recessive neural system. But can this ability be possible for humans? 

https://scitechdaily.com/are-five-senses-holding-us-back-scientists-say-we-could-use-seven/

https://scitechdaily.com/new-research-reveals-humans-have-a-remote-touch-seventh-sense/

https://scitechdaily.com/you-dont-have-just-five-senses-new-research-suggests-humans-may-have-up-to-33/

The new digital drugs are here.

Some things that are connected to the term binaural beat are a hoax. A binaural beat is an auditory illusion. It is perceived when two different pure-tone sine waves are presented to a listener, one tone to each ear. (Wikipedia, Binaural beat). 

There are audio files that stimulate the brain areas that are controlling good feel.  Those things are called digital drugs and they can be harmful to people. The idea of those audio waves is that they are causing a binaural beat that is causing a similar effect to psychedelic drugs. 

The binaural beat is one of the most interesting things in the world of information warfare. Because it means that the sound or acoustic rhythm can use as a drug. In some scenarios, the binaural beat can use with propaganda. Or the propaganda pictures can equip with acoustic systems that are creating a good feel near those images. That thing boosts the propaganda because it affects people for a long time. 

The idea of that kind of system is that when the person looks at the propaganda film that might have normal propaganda or subliminal propaganda that "feel-good" sound will make the person look at those images longer time. The system that is causing the binaural beat can connect with LRAD-type acoustic weapons. Those systems can use to control riots or disturb the opponent's operations and ability to concentrate. 

The binaural beat can be the acoustic LSD. The electromagnetic LSD is the theoretical thing where the same brain areas are activated when the person takes the LSD. Are activated by using electric stimulation.

The thing is that electromagnetic drugs might replace chemical drugs sooner or later. The digital drug means that the brain areas that are making the person feel good would be stimulated by electromagnetic impulses or electromagnetic radiation. Also, some acoustic systems can create conditions that the "feel-good" areas in the brain that will turn active. And that thing can use to make people follow certain internet pages. 

https://www.psychologytoday.com/us/basics/binaural-beats

https://scitechdaily.com/binaural-beats-audio-files-are-being-used-as-digital-drugs/

https://www.sciencealert.com/some-people-are-mixing-their-psychedelics-with-digital-drugs-and-it-s-all-a-bit-weird

https://simple.wikipedia.org/wiki/Binaural_beats

Image:https://scitechdaily.com/binaural-beats-audio-files-are-being-used-as-digital-drugs/

The first scan of dying brains

At the first time, researchers are seen what happens during death. The patient died in an MRI scanner. The thing is that there should be more cases like this that researchers can make sure that the increased brain activity is not a unique case. We need more information to generalize about the process. 

And there is one very interesting detail during death. The patient's brain activity accelerated 30 seconds before and after the moment of death. That thing is causing an interesting question, and one is why this thing happens? Why our brains will increase their activity just before and after death? That is a very interesting question. 

If we want to be creepy, we might think that something will process during death. And then something comes and checks that everything is done. If brains would be some kind of computer, I would claim that something came and erased the database. And then some other thing comes and checks that somebody checks that the mission is done. I know that this is pure imagination, but why this death spasm of the brain is done? 

If memories of the person would travel like a film in the mind. Before a person dies, what is the purpose of that act? The evolution theory determines our abilities and skills. That there are no unnecessary things in our body. So why our brain activity increases before death? There must be some kind of explanation for that phenomenon. 

https://www.livescience.com/first-ever-scan-of-dying-brain

About non-random DNA sequences

What is the intelligence genome? That genome affects the neuron's ability to make connections. A large number of connections means a large number of skills. But there is one shadow in that model. If the brain has many axon connections it is slower than a brain with only a couple of connections. 

The reason is that is simple. If there is a large number of axon tracks in brain tissue. The brain must search for the right connection longer than if the brain has only a couple of connections. 

The AI is an excellent tool for analyzing DNA. And that thing has been uncovered that there are DNA sequences that are not forming randomly. That thing sometimes means that some pre-humans and other species systematically choose their spouses by favoring some abilities. 

When we think the natural selection the "non-wanted" genetic sequences would be removed.  If the person or individual is too careless. That caused death at an early age. If we would be cavemen. Things, like eagles, would be dangerous to their children. 

Because of the individual that has some "non-wanted" DNA sequences. That thing causes the "non-wanted behavior". If the individual is violent or in some other ways disgusting. There will be no other individual that wants to make descendants with that kind of person.

And the thing that made cavemen and women choose certain males was the ability to get food and also the ability to take care of their descendants. Also, things like antisocial personality are causing that some individuals are hard to get descendants. And if those abilities would be genetically controlled. That removes those genomes from society. 

The thing is that researchers looking for the genomes that make us intelligent. We know that genomes influence intelligence. But the genomes are not enough. Intelligence requires material for creating something.  But what makes the genome of intelligence the thing that makes people intelligent? That genome controls the neuron's ability to make connections as I wrote before. A large number of connections are making a large number of skills. 

https://thoughtandmachines.blogspot.com/

The new waves about the mobile technology

http://crisisofdemocracticstates.blogspot.fi/p/the-new-waves-about-mobile-technology.html

http://crisisofdemocracticstates.blogspot.fi/p/the-new-waves-about-mobile-technology.html