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No.4
Atoms are collections of electricity, but they are not electrically charged

In the fourth episode, I will take you just a little bit into the world of Quantum Ecology.

From this time on, I think that you will notice the difference between the current physical science and the way of thinking by Quantum Ecology.
It may be confusing, but please try to understand what I am saying.

In my last post I explained that atoms are made up of protons, electrons, and neutrons. But what are these three made of?

Modern scientists explain that these three are made up of elementary particles.

There are different types of elementary particles, and they are classified into those that create shape, those that create force, and those that create weight, etc.

There are other elementary particles, but in Quantum Ecology you don't need to know about them. As for elementary particles, let's leave it to the researchers of modern science.

So what are these three made of?

In Quantum Ecology, protons, electrons, and neutrons are all defined as invisible energies.

What I want you to know is this:

　Protons are positive electricity.
　Electrons are negative electricity.
　Neutrons are magnetic with no electricity.

We cannot see electricity or magnetism with our eyes, but atoms are collections of invisible electricity and magnetism.

The important thing to remember is that atoms are a collection of electricity but are not electricity themselves.

Let's explain how it is.

A hydrogen atom is a combination of one proton and one electron.
One proton is one positive charge.
One electron is one negative charge.
Since it is a combination of +1 and -1, (+1) + (-1) = ±0, the electricity has a plus or minus of zero. Therefore, although hydrogen atoms are made up of electrical energy, they do not carry an electric charge.

The number 8 oxygen atom is a combination of 8 protons and 8 electrons.
8 protons equal 8 positive charges.
8 electrons equal 8 negative charges.
As it is a combination of +8 and -8, (+8) + (-8) = ±0, so there is no electricity.
Therefore, although oxygen atoms are made up of electrical energy, they do not carry an electric charge.

The same is true for uranium and plutonium, which are used in nuclear power.

Plutonium has an atomic number of 94.
It has 94 protons, which means 94 positive charges, and 94 electrons, which means 94 negative charges.
(+94) + (-94) = ±0, and although it is made of electrical energy, plutonium is not electrically charged.

So how should we think about neutrons?

Neutrons are magnetic, not electric, and electricity is ±0. Therefore, no matter how many neutrons an atom has, they do not affect the + of the protons or - of the electrons that make up the atom.

When thinking about the electricity contained in atoms, there is no need to think about the electricity contained in neutrons.

Just remember the following today.


Atoms are made up of positive (protons) and negative (electrons) electricity.
However, because atoms have the same number of protons and electrons, they also have the same number of ＋ and － charges, so the electrical charge is ±0.
Therefore, atoms do not have electricity.

Neutrons are ±0 and do not carry an electric charge, so they do not need to be thought of as electricity.