The Structure of Matter

Matter is built of atoms. Atoms consist of protons in the nucleus and electrons in the shell.

Electrons are also a group of corpuscles with electrical charge until -1. The electrons which have more energy, greater frequency and shorter wave length have also more negative charge are nearer to the nucleus because they are attracted stronger by the positive charge of the protons. On the first shell counted from the nucleus can be only 2 electrons, on the second shell from 1 to 8 depending on the place in the table of Mendeleev. On the second shell layer are electrons with less frequency, bigger wave length, less energy and less negative charge. Electrons can change their places from the first to the second layer by acquiring energy, and from the second to the first layer by emitting energy through light (this also proves that light has a negative charge.

Matter may have different colours, because it can absorb light and emit light. Matter absorbs light, which is negatively charged, because it is positively charged. It absorbs all kind of light, but emits only in certain length and this determines the colour of the matter. The length of light which is emitted depends on the difference between the charges of the electrons on the first, second and the other layers of the shell. The bigger the difference, the bigger electric charge of the light, the more near to the ultraviolet specter it is, the less the difference between the charges of the electrons of the different layers the less is the charge of the emitted light and its colour nears to infrared specter. By giving much more energy the electrons change their positions over two or more layers of the shell and after that emit ultraviolet light with great energy, frequency, and negative charge.

To summarize each coloration is an act of acquiring energy through all kinds of light and emitting energy in a certain length of light. Actually this process could be called fluorescence as it is called in living objects. By heating the object the specter of the emitted light changes as its energy level, length and charge also changes.

If we love formulas:

Electrical charge of electron on the outest layer minus the charge of the electron of the nearer to nucleus layer defines the charge of the light corpuscle. On the charge depends the colour and the nature of the emitted light.

What is reflection? It is a result of a negatively charged surface which drives away all kinds of light because of its negative charge.

What is black matter? Matter which has such a strong positive charge that it absorbs all kinds of light without emitting light.

White colour is the sum of all kinds of colour light emition. It comes by mixtures of matter or by heating objects to extremely high levels.

Of course the division of light on infrared, coloured and ultraviolet is also relative because it is on the basis of our perception and different species have different perception.

So the more you are reading this book, the more logic it acquires, isn’t it?

We even wonder how could the contemporary physics be so mislead?

Actually the whole mistake comes from Einstein’s  formula of energy. By forgetting the length of light as a key property of it, he misleads the whole science.

So starts the quantum physics which shows the riches of the imagination of scientists but no logic at all.


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