Organic computers: modern Frankenstein.
Do you know what the term cybernetics means? That term means the combination of genetically engineered cells and computer technology. Or simpler: communication between living organism and machine. Cyborg or cybernetical organism means a hybrid system. That connects living organisms and robots.
What if we download our mind or EEG to the computer? Maybe regular, non-organic computers don't mind a thing about that. But biological computers or computers that use cloned neurons to improve their productive capacity make those things powerful systems. But the EEG that transfers to those cells makes them act like human neurons. The biological computer might have feelings and consciousness. And that makes them cybernetic organisms.
Through microchips, those neurons can control servo-engines and other things. The genetically engineered electric eel's electric cells can give energy to the servo and electric engines.
Genetic engineering is where electric eel's electric cells, living neurons. And non-organic microchips. The electric eel's shells can deliver electricity to those systems. And the 860 volts of electric power is enough for computers. The electric eel's cells can also connect to series and parallel. So that thing can make it possible to create high-power electric loads using biological components. And that electric load is enough for robots and other small-size systems. The biological power sources can use the same nutrients as humans. And those systems can be very multi-use.
Loading the mind to the computer is one of the things that some futurologists suggested to make people immortal. The idea is that the researchers clone the human body. And then, they will transfer that mind or brainwaves to the next body. The problem is that nobody knows that the person that the system cloned is the same as the last one. And another problem is how to find out things that the person will not want to tell and other people don't want to face.
But loading the mind to the computer is one of the most interesting augmented reality things. That human can ever imagine. The mind is very easy to transfer to the computer's hard drive. The only thing that is needed is the EEG machine. That can transmit those brainwaves to the computer. Then the system needs a decoder that the researchers can see so that they will not transfer the wrong things to the next body.
The idea of transferring mind or brain electric actions to a cloned body came to my mind when I read a story about Cryogenics. In some caves are people frozen in liquid nitrogen. They believe that someday technology will make it possible to wake them up. Another possibility is to take the DNA from those persons and then put it into another fetus and that way make clones of that person. Then the system will transfer their electric functions from the brains to the clones.
But from theory to practice.
The practical solution and success for that thing requires that the system records all memories and other things like thoughts. And this requires intensive lifetime work. The EEG transfer will not be without risks, but if it's possible. It will revolutionize humanity. The computer with the mind is an interesting tool even if it's without organic systems.
There is always the possibility that the mind uploaded to the computers turns them into consciousness. And that thing is one of the most frightening possibilities. The creature that has consciousness is always able to protect itself. That thing is problematic because there are no reported experiences about the AI that runs on the computer there is a human EEG downloaded. The thing is that principle is not a practical solution. But theoretically, human memories and thoughts can be trasferred to the new body in the form of the EEG.
https://scitechdaily.com/860-volts-of-surprise-uncovering-the-strange-genetic-impact-of-electric-eels/
https://www.sciencealert.com/uploading-your-mind-to-a-computer-will-require-3-crucial-things
https://en.wikipedia.org/wiki/Cybernetics
https://en.wikipedia.org/wiki/Cybernetics:_Or_Control_and_Communication_in_the_Animal_and_the_Machine
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