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How to make artificial brains?


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How to make artificial brains?

Human brains are actually like a quantum computer. and the idea of artificial intelligence is that the database is the thing, that makes the actions for the systems. So the idea of the quantum computer is that the data is loaded in the qubit before it would go forward. Neurons in human brains are acting like qubits. In the neurons, the layer would transfer the data to the right axon. 

The body of the neuron is connecting the electricity in the axon when the connection is in use. There are connectors also in the crossing points of the axons, and that thing makes the human brains so effective. The problem is how to find a certain memory mark, what is needed to find? In the world of computers everything, what is stored in the memory of the computer would leave the mark in the central register, where the computer should find that data. 

The reason why neurons are separately in brains is that this thing would make viruses less effective. And if we are thinking possibility to create artificial brains we would use extremely thin nano-size optical fibers that are connected to the nano-size quantum computers. Maybe those computers are not effective alone, but they are forming the entirety of the small-size internet. 

This kind of system can be effective even if the nanotechnical computers would use normal architecture, but the thing is that quantum technology would make those things the most effective data handling system in history. The problem is that there are billions of nano-size computers, which are needed. In this kind of system, every data is stored in the billions of microchips. And maybe someday, the system can be fitted to the man-sized machine. 


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Model of artificial brains

The model of artificial brains: Every single qubit is connected to memory storage. The sliding window turns the data row to the linear model, sharing it with qubits. The computer uses those qubits for searching databases (data storage)where is stored the thing, what the computer should do in certain situations.




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In artificial brains, every single wire would be an end to the memory storage. That means that the structure of human brains would be copied to the ultra-fast computer. The system could use nanotechnology and an optical data transfer system.  So when we are thinking about the neural computer, the neurotransmitters can be replaced by using light. 

The computer itself could base the 3D architecture, where the nanotechnical data-handling units would make the entirety, what will act like real biological brains. So in this system, every single qubit is connected to the independent operating, nano-size computer. The idea of this kind of system is to keep the temperature low, and the system can be an effective thing if the qubits can operate at the same time.


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