Maybe quite soon we can transfer memories between people.

  Maybe quite soon we can transfer memories between people. 

Cloned neurons that involve certain information can be used to transport skills and memories between people. In those visions the needed information is stored in cloned neurons. And then those cells will transfer to the person's neural network. 

We have one morphing neural network that gives inspiration for computer-based networks. That morphing neural network is our nervous system. The lab-grown cloned neurons were injected into a Parkinson's patient's brain. The problem with cloned or lab-grown neurons is that they are so-called "empty neurons". 

Those cloned neurons have no memories or skills that they use in their brains. But the BCI (Brain Computer Interface)--based technology makes it possible for the system to see those cloned neurons before they are injected into brain tissue. The system can use Cloned neurons to make hybrid microchips where living neurons and silicon-based systems exchange information.      

Lab-grown neurons are promising tools for Parkinson's. But the lab-grown neurons are the tools that can do much more than just give treatment for Parkinson's patients. The lag-grown neurons can also be used to fix brain damage that accidents cause. In some visions, the lab-grown neurons will trained by stressing them with electromagnetic impulses. 

Term trained neuron means neuron where the system transfers information that it needs for its mission. The thing that causes problems in brain damage treatment is that memories, including skills stored in neurons To fix brain damage the neuron must have the same skills. That the destroyed neuron had. 

Skills are memories that are stored in neurons and are unique. And without those things, the brain damage is hard or almost impossible to fix. Even if the system transfers cloned neurons in some brain areas, those empty neurons require skills. That they can do their mission.

The same technology that was created for control BCI (Brain Computer Interface) can used to transport information into brain cells that are grown in the laboratory. That allows the transfer of new skills and other things into people's brains. The trained neurons are things that make computers and robots more independent. 

The lab-grown neurons can change to create microchips with an organic layer. 

Those hybrid microchips can communicate with living neurons, and those systems will make at least small-size robots very independent. The problem with small human-shaped robots is that they have no space for supercomputers or high-power computers that can run complex AI-based applications. 

The living neurons that control that robot's operating system make it possible. That small robot can operate independently. Otherwise, those systems require high-speed WLAN connection for swarming and communicating with central computers. 

https://www.freethink.com/health/dopamine-neurons

Researchers can read the jellyfish's mind.

 Researchers can read the jellyfish's mind.

For making new. And more effective BCI chips (Brain-Computer Interfaces). Researchers should know precisely how the neurons are working. In the human brain is 200 billion neurons which is making observation of the actions of single neurons difficult. That's why the research must begin by using species whose neural systems are simpler than humans. And one of them is jellyfish. 

The deep knowledge of the actions of neurons helps to connect certain changes in EEG curves to certain actions in the body. The BCI can make the revolution in nanotechnology and robot control. But when we are thinking about the possibility to model the simple neural structures. Researchers can create new and more independent nanomachines. There are three types of BCI systems that are under development. 

1) The BCI (Brain-Computer Interface) is connected with human brains. And that thing is the thing that is used to control prosthetics. But the same systems can also control robots or give commands to computers. In some systems, the user of the BCI is moving the virtual character on the screen. 

The same system can use to move prostheses can use to move the virtual characters.  And then, the movements are transferred to a physical robot. The BMI (Brain-Machine Interface) is acting through the computers. And it can be the next-generation tool for robots which mission is to operate in extreme conditions. 

2) The microchips that are communicating with cloned neurons. In that case, the half-organic and half-silicon-based microchip can solve problems and control the things like nanomachines very independently. 

This kind of microchip is the neuron cell culture that is connected to the normal microchips. The use of living neurons makes it possible that the small-size system can be very independent. Because the living neurons are giving those systems very high power computing capacity. 

3) The microchips that are used to control animals. The CBI (Computer-Brain Interface) is the opposite acting system. To the BCI where brains are controlling computers.  The CBI system can use to control the behavior of the animals like birds, fishes, and bugs. 

The bugs can carry the sensors to the targets. The microchips are used to make biorobots. And if those microchips are connected to animals they are turned to intelligent. So what would you do with the wolf that has human intelligence? And the implanted microchips can make things like intelligent army ants real. That kind of thing is called ABW (Advanced Biological Weapons) 

But those systems can make things that are beyond the worst nightmares. The CBI or opposite acting BCI microchips can use to control things like ants. And if the microchip is installed on the army ant. That means those systems can use to make those ants act as the eliminators. They can slip into houses and then use to attack people or destroy things like gas masks. Those microchips can turn every bug in the world into a weapon. 

https://scitechdaily.com/caltech-researchers-read-a-jellyfishs-mind/

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

The plant intelligence, and the abilities, what it can give to us

https://gamesandtehories.blogspot.com/

Kimmo Huosionmaa

There are scientists, who believe that plants have some kind of intelligence, and they would communicate with the similar chemicals what neurons use to communicate together. In this scenario, the plants would change information about the threats. The problem with that communication is, that it happens with chemicals, what makes difficult to translate it. But if we sometimes can do that, would that open change to make extraordinary and more sophisticated sensors, what the human could ever imagine.


Those systems could probably communicate someday with plants, and use them as biosensors. The proof about this communication would be that sometimes we have heard that the plants would grow better if the people talks to them. In that case, for the growing plants can give the very natural explanation. They grow better because of the carbon dioxide, what comes from the mouth of the speaker would stimulate the photosynthesis and forming the sugars.


But when we are thinking about the forming of the chemicals, what the plants are using to communicate, I didn't find any information about that. In fact, there is very little information about the communication between plants, but if the chemical communication system would be true, that thing could revolutionize the information technology, and open the road to the most awesome method to make extremely high powerful computer system. In this system, the computer would communicate with those plants, like corn by using chemical communication, what bases the synthetic arbiter chemical.


In this communication, the computer would be connected to the similar gas detectors, what are using in the chemical warfare protective systems. And in theory, the similar system can allow that the computer could communicate with those plants. But if we would put this system in practice, we must open that chemical communication code, and then we could create two layer computer system. The upper layer would be the computer, what could be used for so-called fast computing, but the downed layer, where the plants are can be used as the slow computing. But when we want to create this kind of computing system, with intelligent corn Plantagenet.


And if we could communicate with plants, we could create the warning system, what can detect any threat in the world. When scientists would try to break the chemical messages between plants, they use the methodology, where the plants are damaged, and then the detector would be used to analyze those chemicals, what are released in that process. If the chemical code can be open, that thing can be used to create the biological warning systems. In some theories, the plants can identify the threat, what is facing them.


Those things might be the technology of tomorrow, where the plants and animals can communicate with people when there would be computerized decoders with loudspeakers and some parts of the animal communication can be emulated by the human. In those cases, the signals of the animals like orcas are recorded, and the sensors will follow the behavior of those whales. That makes possible to communicate with animals, and in some cases give them some orders.


If after some signal the group would start to flee, that signal can play them if there is some kind of volcano eruption on the bottom of the sea, that the group must flee the area. And maybe in some day some of those animals can equip with EEG-transmitters, what would follow the actions on brain core and then the scientists can compile those signals with the behavior of that animal. That can open us the gate to the world of the animals and give us the new way to communicate with them.

Thoughts about the book named "The Borrowers"

(Picture I)

Kimmo Huosionmaa

This is writing about fictional, small size human-style organisms. I mean, that maybe some aliens, what life in other planets would be very small size, and in same time something brought my mind the book, what was read to me at the childhood.  Ata, strange Chilean mummy, brought one book in my mind. The book for children is written by Mary Norton, and its name is "The Borrowers". This is the very nice book for children if you wish to read it, and it would be found in the local library.


The book was published in Great Britain, and it was published in 1952, That is the story about the Clock family, what was consisted of four characters, Pod, Homily, Arrietty and Peagreen Clock, who were the extremely small human style fictional aliens or characters, that was the size of the thumb, what were created by Mary Norton. Those small characters were not stolen people property, they just hide that thing. And I have sometimes thought, that could some strange mummies like Ata made the influence of those characters.


Mary Norton made actually six books, where those small characters are adventuring. and the last one has been written in 1982. These book series were read to me when I was the child, and I sometimes thought that there could be very small, human style intelligent characters somewhere, and there are many myths and legends about "small people", who live somewhere, where light ever is shown.  Those "small people" are in the same category with pixies and gnomes. There are many folk stories about those strange characters, who are sitting on the mushrooms, and in some stories, gnomes would look, when pixies were dancing in the middle of mushroom circles.


Those circles, of course, feed the imagination of the people, because of the mushrooms bought in mind the seats, where some very small character would sit and follow the show. When we are thinking the physical and biological aspect of those mythical characters, we would mention, that the number of the neurons is not made any species intelligent. Another thing what makes species intelligent is the number of connections between those neurons. And of course, the size of neurons is the very remarkable thing. And if the neurons would be the very small size or they could have many connections, would even small size alien or creature be intelligent.


When we are thinking about the number of neurons, what would have very much connections, we must face the truth, that the bugs have very effectively working brains, and they do more things than us by using single neuron. So if those fictional "Borrowers" would have small brain cells and they would be connected same way as the bug's neurons, the result would be the intelligent character. But this is only thoughts about one child's book, what is written the long time ago.

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

Picture I

https://www.scholastic.com/content5/media/products/03/9780439325103_mres.jpg


https://kirjabloggaus.blogspot.com/