Introduction

In this and subsequent articles, I will explain the work of wave particles that can transition from inactive states to active ones, as well as describe their states and the memory that can be organized based on reading the transitions of these particles. Since particles can be activated under some influence from the outside and spread in the form of a wave, I called them wave neurons.

To begin with, let's consider a model of a human brain neuron, and break it down into a number of understandable components.

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, , , . , . , , , . — , ( ). — .

( ). . , () 8 (), «»- .

— , , .

. 8 , 0 7. 0 — . 1 7. 1, . 2 3 , , e. 4, . .

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, . RGB .  RGB , .

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Why did I talk about destroying the image? When describing an image, you can describe a color image by a sequence of black and white (binary) images, and later describe them in detail.

The next article is here.

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