ذرة الأدروجين .. أعظم وأرخص مصادر القوة .. في سبيل موسوعة علمية .. الدكتور أحمد ذكي

Androgen atom...the greatest and cheapest source of strength

The adrogen atom

Arogen is the lightest of all the elements.
The adrogen atom is the lightest of all atoms and is the simplest
Composition.

This is because its nucleus consists of a single particle called Proton, around which only one electron revolves.
The electron is the unit of electricity. The electricity we use is electrons running in wires.

An electron, in the language of electricity, is a particle that carries a charge
Negative (-).

The proton, in the hydrogen nucleus, always and wherever it is, carries a positive charge (+). This is why the adrogen atom is a neutral atom, in terms of electricity, because the negative charge is equal to the positive charge.

Adrogen atom: positive proton +
A negative electron revolves around it -

The conclusion: is that in the adrogen atom, there is one positive particle in the nucleus called a proton, and a negative particle revolving around it, called an electron.

The atoms of other elements are like this: a nucleus with a number of protons, positive (+), around which a similar number of electrons revolve, negative (-). The result is a neutral atom of electricity, neither negative nor positive.

But we forgot a third particle that enters into the arrangement of the nucleus with the protons. It is neither positive nor negative. That is the neutron. These neutrons increase the weight of the atom, but do not affect its electrical charge.

- Heavy adrogens:

There is, in addition to this hydrogen, an hydrogen whose nucleus consisted of a proton, yes, but with it in the nucleus was this neutral particle, this neutron. That is why its atom is heavier, and that is why it is called heavy hydrogen.

Heavy hydrogen atom: a nucleus (proton and neutron) around which an electron revolves.

It is found in the composition of some water, wherever it is found on the Earth and in the Earth's seas and oceans, in small proportions, but its amount is very sufficient for most amounts of water.

And water, which contains this heavy adrogen
Known as heavy water. We drink it and do not know it.

It can be separated. Separate the little heavy water, from the water
The biggest light.

These are two atoms, the light adrogen atom and the dihydrogen atom
Heavy adrogens, they had to be prescribed so we could continue the conversation. Here we need to delve into the description of a third atom: the helium atom.

- Helium gas:

It is the well-known gas that balloons are filled with because of its lightness
So you ascend into the sky.
Both types of hydrogen gas are lighter, and balloons were filled with hydrogen to ascend into the atmosphere, but dangers occurred from it. A spark occurs, igniting the hydrogen, which burns (it combines with the oxide in the air and produces water).

The helium atom comes after the adrogen atom in the elements.

It is four times heavier than the adrogen atom and its nucleus consists of:

2 protons 2 neutrons = two positive charges

Then 2 electrons, revolving around the nucleus, and of course having two negative charges.

The lightest and heaviest atoms:

Since we mentioned the lighter atoms, let us mention the heavier ones
For the sake of knowledge of the thing.
The mildest is the adrogens.
Next comes helium.
Next comes lithium.
Finally comes the heaviest atoms, which are of course found in...
nature . That's a uranium atom.

The uranium atom has its nucleus:
92 protons 136 neutrons = 92 positive charges

Then of course 92 electrons around this nucleus. That is, 292
negative charge .

- The bottom line: From adrogens to helium:

This is the dangerous transformation that is the point.
This is the transformation that takes place in the sun.
This is the transformation we want to make on Earth.
It is the largest, simplest, and most complex scientific interaction that takes place
in the universe .

It is very easy to imagine.
It is a kernel-to-nucleus conversion.
Converting the nucleus to the heavy hydrogen, which has one proton
And one neutron...

To the helium nucleus, which contains two protons and two neutrons.

They are two heavy hydrogen nuclei that fuse to become one helium nucleus, and with this fusion, enormous energy is released.

Very simple, but only on paper.