The problem with qubits can be seen in the thinking hat of Gyro Geargoose.

   

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The problem with qubits can be seen in the thinking hat of Gyro Geargoose. 

The problem with qubits can be seen in the thinking hat of Gyro Geargoose. But that hat can also be acting as a model of the advanced biocomputers brains of those birds are connecting by using EEG-detectors and computer technology. 

In that case, the brains of birds are forming one entirety, what is controlled by using a computer-based decoder, what codes the commands to the form, that the brains of birds can understand them. The computer will transmit the question to the brains of the birds, what are interacting with the computer. 

And that entirety can be acting by using brain core stimulation. When birds are solving the problem, the computer can decode the EEG, and the answer will be shown on screen or told to the people by using a speech synthesizer. 

I have writing about this problem recently, but the thing is that this raven hat is the thing, what is the problem with quantum computers. The ravens' brains are smaller than the brains of Gyro Geargoose. But together those birds could be more intelligent than Geargoose if they can put their brains to operate synchronously. But the way to make the synchronization of the brains of the birds is difficult. And the example is the sentence "We are the hat" which is difficult to model for the birds. 

The thing that might help is that the Gyro Geargoose might start to use three-word versions of the sentences. So the questions like "who are you" can share easily with those birds if the sentence involves three words. The problem is that if the questions are involving four words, that thing causes that the extra words are always going to the same bird, what would become strained. The stress should share smoothly with each bird, which is acting as a biocomputer. In that case, the brains of the birds are connecting by using technical equipment, and they are acting as the one entirety.

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How problems must be share for those creatures that they can solve it?

This is the diagram of how the shared problem makes the mission lighter to one of those birds. Those birds might be not intelligent alone, but together they are forming the entirety, which might be intelligent. Like our brains, the Gyro Geargooses biocomputer acts as an entirety. One neuron in our brains might not be quite impressive, but together the brain neurons are forming the most intelligent and capable data handling tool in the world. 

Gyro Geargoose asks "Who are you?"

The question should share to birds like this:

Question----- Bird-----Answer

Who>>>>>>>Bird 1>>>>We

Are>>>>>>>>Bird 2>>>Are

You>>>>>>>>Bird 3>>>The hat

The Birds are answering "We are the hat" So sharing the problem between those birds, that thing makes it possible to make the problem lighter to them. And if that kind of thing can be done, that thing makes it possible to make the biocomputer, what is made by connecting the brains of the "lower species" in one entirety.

If that thing is done, the result could be the computer, in which brain capacity is higher than even the human race. The thing is that in this case, the creatures, what is making that collective mind might not be intelligent alone, but together they are forming the intelligent entirety. And then we can make the model that Gyro Geargoose can transfer the problem to those birds and when the leader will give the sight, the EEG would transfer the solution to the brain core of Gyro Geargoose. 

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The thing could be the answer to the question "who are you"? So the thing that makes this kind of thing interesting and difficult is that when Geargoose asks something, he should share that question with those birds, as the diagram above shows. If that thing would work, that makes things lighter for each bird.