The Birdhat of Gyro Gearloose and doubling our brain capacity

Gyro Gearloose

The Birdhat of Gyro Gearloose

The Birdhat of Gyro Gearloose can act as the model of a quantum computer, and the problem is how to make those birds acting synchronously or precisely at the same time as one large entirety. If Gyro Gearloose wants to make those birds solve some problem, he must put the problem in the little pieces, and send those pieces to the birds. 

That means that the problem is cut in pieces, and every bird will handle one piece of the problem or bit line. In theory inventor, Grearloose would send the problem from the brain core to birds, what are solving problems for him, and then send the result of the problem back to him. The solution can be stored in mass memory, and then the Gyro Gearloose can go to read it when he has time. 

The 15 part problem can be cut in the three bites, which are sent to three birds. Each bird would have the five parts of the problem for solving. If the computer would handle bit lines that creature would have certain points, where to cut the data and send it to the birds, or the quantum calculation units. This thing makes the creation of artificial brains very difficult.

If the computers would try to solve theoretical problems, they can operate by using a certain type of bit lines, which have certain values. In the line of bits, the system would put marks, where that system is cutting the data line, and send it to the subsystems, what the birds are symbolizing.  But if the robot wants to operate in the normal city-environment the data, what that system is getting is uncertain. So the computer has a problem to find the point, where the data line is cut. 

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How the computer cuts the data lines? The birds are subsystems or qubit structure, what mission is to solve the problem. The problem is how to make the birds acting at the same time. Every bird gets its part of that data line for solving the problem, and that means the system uses linear computing or rather saying quantum computing for solving problems. 

         Bird 1=== Bird 2 ===Bird 3

         +++++/+++++/+++++/+++++/

  Part 1+++++==Part 2 +++++==Part 3 

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But the same problem with the bird hat is that the Gyro Gearloose must send the problem to the birds at the same time. The problem with the bird hat of Gyro Gearloose is how to make those birds or their brains act synchronized. The thing is that the Gyro Gearloose must send the problem to all the birds at the same time. 

Because if the problem comes at different times, that thing causes the brains of those birds are acting at different times. When they return the answer to the brain core to the Gyro Gearloose, that means that the brains of the receiver would not separate the answer, which comes at different times, because the sensors are sensing the noise because the answer is coming not synchronized, and it's impossible to separate the single parts from the data line or data row. 

But if those birds are learning to sing in chorus one after another. That means that they could give their part of the answer one after one. Gyro Gearloose will connect the data to the answer. And if that thing is solved the quantum computer will be one step closer than before. 

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 What if our brains would be twice as big as they are?

The question would not mention that there are three (or four)ways to make brains, which is twice as big as they are now. The fourth way is to connect our brains with some other person or the other species. But first, we must describe the thing, which means the double-size brains? 

Does it mean that the physical size of brains is doubled? Or the number of neurons that are participating in the thinking process is doubled? In the last case, the person would have normal size brains but that creature can use things like movement neurons in the thinking process. 

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Four things are doubling the number of neurons, what is participating in the thinking process.

1) The size of the brains is doubled, which means that the person looks like a little bit like a Frankenstein's monster. 

2) The number of neurons in brains is doubled, which might mean that the size of neurons is smaller, but there is a larger mass of them.

3) The number of neurons that are participating in the thinking process is double.

4) Connecting brains with other people or creatures. The best example of that kind of thing is the "Birdhat of Gyro Gearloose" from the Disney comics. 

In the hypothetical scenarios, the doubling our brains would be a reality in the future, because evolution continues all the time. The thing is that evolution can be controlled or it can be natural, but because we would use more and more technology all the time, we must realize that more and more time in our life is spending with information systems. 

The thing is that the Internet is modeling our brains and way to think. But the thing is that the internet is also making our brains to create connections. Because every image, what we see is stimulating our brains. And that stimulation would make neurons to create connections that they are not made before. This is the thing, why we should discuss the effect of the internet in our brains and neural tracks in the brain tissue. 

The thing is that the big size of the brains is not making creature intelligent. The number of neural tracks is also important because without those connections neurons cannot communicate with each other. The thing how brains are handling the information is that they are sending the information through the brains at the same time by using multiple neural tracks.