Could the Charge of an Electrical Body Be What Has a Square Magnitude?

Charge, e=1.6021766208(98)×10−19 C

I have decided to write this scientific article so that I can bring to your attention something that I have done in post-modern physics, which is that I have given the concept or property of charge a square magnitude e2.

This was not so before as the charge of an electrical body such as an electron or a proton was what had a single magnitude e. The big question now becomes: why did I do this?

I did this because I was looking at how the acceleration of light governs the interactions of electrical bodies and no longer at just the property of charge.

So, when I introduced the acceleration of light into the electromagnetic interactions of electrical bodies, I had to square the magnitude of charge e=1.6021766208(98)×10−19 C. (You can see these things in the light equation presented in the scientific post below:)

This is because my picture of electromagnetism had become broader than it was before.

How the acceleration of light governs electromagnetic interactions is a broader understanding that subsumes the former understanding of how charge governs electromagnetic interactions.

It was because of this that charge magnitude became a square magnitude. Charge could be what has a square magnitude, thus, it does not have a single magnitude like mass. This could be one of the fundamental differences between charge and mass.

Charge could be what has a square magnitude, thus, it does not have a single magnitude like mass. This could be one of the fundamental differences between charge and mass.Click To Tweet

Furthermore, the concept of charge in post-modern physics is now more attached to (the acceleration of) light than it is attached to the electrical bodies themselves. This is also as mass is now more associated with the gravi-electromagnetic wave than to matter.

So, the actual understanding of charge and mass, even though they are properties of matter, should be really derived from the two non-mechanical waves in the universe and not from the matter themselves.

The fields are what determine the magnitudes of charge and mass and not matter in the first place. Understanding this, it becomes easy to see how the assertion that charge is what has a square magnitude can be true.

What communicates itself and also ensures the interaction between any two electrical bodies like the electron and the proton is light and this light as said requires the square magnitude of charge which is a property of matter imprinted on it by light.

The acceleration of light between any two electrical bodies is what is related to the square magnitude of charge in post-modern physics. This is how to understand the square magnitude of charge in post-modern physics.

The acceleration of light between any two electrical bodies is what is related to the square magnitude of charge in post-modern physics.Click To Tweet

Formerly, the square of charge was as a result of the product of the charges of two electrical bodies, but now in post-modern physics, the square of charge is simply the square of charge and cannot possibly be any other.

This could be why it is constant in the universe. There has been no (true) discovery of any other charge magnitude in the universe other than e=1.6021766208(98)×10−19 C. This could be because unlike mass, charge is a universal constant of square magnitude in electromagnetic interactions.

Since modern physics, we have not always seen charge as a kind of fundamental constant, which is why we have theories in the standard model that talk about one-half the magnitude of charge (1/2e).

But with the new fact that charge is a factor with square magnitude in the light equation, we become more assured that it is a fundamental constant in the universe and for all electromagnetic interactions.

The increase in assurance is as a result of the understanding of how the magnitude of charge is now something that is due to and associated with the acceleration of light.

The square of the magnitude of charge is no longer something that is directly due to matter but due that is directly due to the acceleration of light. I want you to always remember this in the new theory of electromagnetism.

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Like I have said, charge and mass could be what do not exhibit the same power of their magnitudes. Mass has a single power magnitude while charge has a double power magnitude. When you see it this way, you may begin to consider the possibility.

Mass has a single power magnitude while charge has a double power magnitude.Click To Tweet

When we decide to accept this charge governed electromagnetic interactions, then we must rely on the single magnitude of charge, which only becomes somewhat squared when we consider the charge of another electrical body.

It is important to see this. Before, two electrical bodies come into electromagnetic interaction through their charges, but with the introduction of the square magnitude of charge, this has changed such that two electrical bodies now come into electromagnetic interaction through their masses.

Now, for both the electromagnetic interaction and the gravitational or preferably gravi-electromagnetic interaction, bodies now come in through their masses.

Mass is now a general factor necessary for both electromagnetic and gravitational interactions in post-modern physics and this is as charge is now a property of square magnitude.

Let me further make you understand this before I conclude this scientific article. Formerly, what moves all electrical bodies is charge, but today, in post-modern physics, what moves all electrical bodies is the acceleration of light.

Formerly, what moves all electrical bodies is charge, but today, in post-modern physics, what moves all electrical bodies is the acceleration of light.Click To Tweet

When two electrical bodies come into electromagnetic interaction, like the electron and the proton, there will be attraction due to the acceleration of light.

Now, in this new, post-modern description, an electron is moved or accelerated due to the lesser acceleration of light that seems to be emanating from the region around the proton and the proton is moved or accelerated due to the greater acceleration of light that seems to be emanating from the region around the electron.

It is these different accelerations of light that require that charge has a square magnitude. Notice that before, the square of charge was what was needed to move any two electrical bodies, but now the square of charge is what is needed to move light itself which in turn causes the motion of electrical bodies.

In classical physics, the square of charge comes directly into the inverse square equation for the electromagnetic force, but in post-modern physics, the square of charge comes into the inverse square equation for electromagnetic force through the acceleration of light.

This creates the situation where formerly the square of charge was attached to the accelerated motion of electrical bodies, but today, in this post-modern era, the square of charge is what is attached to the accelerated motion of light. This could be a deeper implication of the existence of charge in the universe.

So, in moving the concept of charge from being a property of electrical bodies to becoming a necessary factor for the acceleration of light, it changed from being what has a single magnitude to becoming what has a square magnitude.

Until next time,

I will be here.

– M. V. Echa



M. V. Echa

M. V. Echa

My message is the universe, my truth is the universe, and this blog contains all you need to know about the universe, from the true nature of reality to the long-sought unity of the cosmos — which is the big picture!