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

The greatest and cheapest source of power

Scientists are working to discover:
The greatest and cheapest source of power
Unit costs of electricity may become 1/100 of a fils (millime).

First, the meaning of energy:
It is everything that gives work, gives movement, gives strength..

The most famous energy source is coal.
The most famous energy source is oil.
Both provide heat, which gives water vapor pressure, give factory wheels useful movement that saves a person from using his muscles, the first natural human energy source, or it is pressure that gives magnetic generators rotation, which gives electricity.

- The uranium atom, we have tamed it:

After coal, and after oil, came energy
Derived from the uranium atom. It splits and gives off heat. We use it to produce power just as we use coal and oil.

The energy derived from uranium is greater.
But above the greatest there is something above it that is greater.

We have known that the energy of uranium is great. We knew it in the atomic bomb.

But we know that the energy of androgen is greater. We knew it in the androgenic bomb.

We have gained control over uranium, tamed its fervor, calmed its revolution, and slowly took from it that enormous power and made electricity from it, and its power stations are spread today in England, America, Russia, and some countries in Western Europe, and Egypt is working on establishing similar ones.

- And the adrogen atom must be tamed:

Today, people (scientists) want to do to hydrogen what they did to uranium, to tame its ferocity and calm its revolt.

If they had achieved this, they would have produced from adrogens (the element of the adrogens bomb), slowly and quietly, strength, if man had a source of strength that could not be criticized. Because on this planet, its seas and oceans, there are inexhaustible amounts of it, since androgen is the element of water.

Among the scholars estimated the expected price of the unit of electricity produced at that time (kilowatt-hour) as one-hundredth of a fils (millimetre).

Two atoms of hydrogen fuse to produce
Helium atom + great power:

The question now is: How far have scientists achieved to tame this atom, the adrogen atom?

The goal is to fuse two atoms of hydrogen together to produce from their fusion the other well-known gaseous element, called helium, and with it, enormous energy (force) emerges from the fusion, more than the energy that emerges from uranium, and much more. Consider the difference between a uranium bomb and an hydrogen bomb.

The people of Earth want to imitate what happens in the sky:

This fusion is what happens in our sun.
In the heights of this sky, it gives light and heat in enormous amounts.

Scientists on Earth want to imitate what is happening in...
the sky .

Man on Earth, with his mind that God created, wants to play the role that the sun played and is representing, billions of years ago, ninety million miles away from us, by God’s will.

That role is also played by the stars of the sky
All together, the stars are nothing but suns.

This fusion, the fusion of the two atoms of hydrogen, appears to be at the heart of the affairs of science
This is right.

But it is also true that it is the duty of the emerging generation to understand what may be achieved by man’s gentleness on earth, to an extent that has never been achieved, and that is in Al-Fadd. The emerging generation must understand this desired hope, even if only to a small extent.

If there is a greater reality in the future, then there is no greater reality in the future than this: a tremendous source of power, extremely cheap, hopeful, and inexhaustible. It is a hope that humanity yearns to achieve as the twenty-first century approaches, as the Earth's fuel reserves and sources of fuel have run out.

Every complex can be simplified:

Every complex matter and image has a way to simplify it, if we avoid some of the precise terms that scientists seek.

Take corn, for example...
The atom consists of a nucleus (a particle or group of particles) located in its center, the center of the atom.
Around this nucleus, and within the framework of the atom, units of electricity called electrons revolve.