The quantum brains

.

The quantum brains

How to make artificial non-organic brains?

There two ways to make artificial brains. The first one bases the "common transmitting". In that model, the data signal will send through the electronic brains to all microchips at the same time. The idea is that every each group of microchips. That is controlling movements and speech of the machine have different programming. 

So the required messages can send to all of the microchips at the same time. The thing that denies the malfunctions is that if the signal does not apply to the microchip. It just denies the signal. In that model, every signal would have an identifier. That is telling to each microchip whether it falls within the scope of this microcircuit. 

Or otherwise telling when the signal is meant for moving the finger of the robot. The only microchip that understands that signal is the microchip that controls the movement of the finger. Other microchips would not understand the signal. 

And they don't do a thing. So they just reject that data because they would not have code. That would control things, what the data requires. The other version to make the artificial brains is the system that bases the nanotechnical springs. That is connecting the data flow to the right axons. 

The quantum brains are under development and that thing can make it possible to make robots, which are so intelligent with us. The idea of those quantum brains is benefiting memory materials that are changing their form and send the data to the selected axon. 

So the artificial neurons can operate like normal neurons if they can control the route of the signal the same way with the natural neurons. The thing that makes neurons so powerful is the ability to send the same signal through the many routes, and the ability to use multiple routes makes the work for one neuron lighter. 

A neuron can find the right route for the message because that the axon tells where it will take that signal for the neuron. And that thing makes it possible that the membrane in the cell can connect the electric impulse to the right axon. 

So in an artificial neuron, the moving membrane can replace by using nano springs which are sending the data to the right axon. In that kind of system, the electricity will connect to the axon, which will pull the spring to it, and then the data will connect to the right axon. 

But the more effective version would create by using photon brains. In that version, the laser will send the data to the small ball-shaped prism which can deliver the laser light to the glass-fiber axons. The optic axon would transmit the laser light to the photovoltaic cells, which can transfer that light to the electric impulses. That is controlling the physical systems. The light fiber whose mission is to transmit photons can simply have the focus at the front of it. What closes the light from others except for the needed axon. The problem is that system is a little bit complicated. 

https://scitechdaily.com/the-first-steps-toward-a-quantum-brain-an-intelligent-material-that-learns-by-physically-changing-itself/

Image: https://scitechdaily.com/the-first-steps-toward-a-quantum-brain-an-intelligent-material-that-learns-by-physically-changing-itself/