# Why the Connection between Electricity and Impressed Motion?

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Subtitle: The Principle of Interconversion of Ponderable and Electrical Motions

There appears to be an objection against the new theory of electromagnetism which is formulated as the question: “why the connection between electricity and impressed motion?”

The above question which this scientific article raises and also seeks to address is by far the most important and most obvious objection against the new theory of electromagnetism.

I realized the need to once again ask myself “why the connection between electricity and impressed motion?” as I further understood the implications of the new theory of electromagnetism for the operations of an electric generator and even an electric motor.

Now, let me make you understand the situation. In classical physics, we learn about the induction or the generator principle, and a simple inductor or electric generator would be made up of a magnet and a coil connected to a galvanometer to indicate the flow of current.

However, even with the presence of a coil and a magnet, one thing is still remaining which is impressed motion and which can be on the magnet or on the coil. Thus, we find out that when we move a magnet around the region of the stationary coil, current is generated in the coil regardless of whether we move the magnet towards or away from the stationary coil.

This is also vice versa in that current is generated in the coil when we move the coil around the region of the stationary magnet and this is regardless of whether we move the coil towards or away from the stationary magnet so long as there is relative motion between the coil and the magnet.

In classical physics, the above phenomenon is explained to be due to electromagnetism and classical physics is at least right about this, but how this phenomenon of electricity is due to electromagnetism is what post-modern physics wants us to now be once again concerned about.

So, in classical physics, we are informed that the moving magnet carries a magnetic field, and so when there is impressed motion on the magnet, this impressed motion causes an electric field to exists around the coil and this electric field is what causes current to be generated in the coil.

Basically, classical physics is informing us that we are able to produce electricity or cause the electrons to flow in a wire by producing a forced electromagnetic field or what we call light, which is forced in this case because it is thought to be due to the separate operation of the magnetic field around the magnet and the electric field around the coil.

It is always like this in classical physics, which is that the electric field and the magnetic field are separated and their separate sources which are usually the magnet and the coil are explicitly identified.

The above explanation by classical physics therefore erroneously informs us that electrical generators and electrical motors operate by the principle of forced electromagnetism. Without producing a forced electromagnetic field, we cannot consequently produce electricity or motion according to classical physics.

So, classical physics describes electricity or the flow of current in a wire to be due to the practical production of the forced union of the electric field and the magnetic field.

However, in post-modern physics, there is a new perception or understanding of it all. In post-modern physics, the electric field and the magnetic field are ever unified in the manifestation of light.

There is no case or instant in post-modern physics where we can say that we are producing the union of the electric field and the magnetic field like we find in classical physics and which was used to explain the generation of electricity above.

Classical physics describes the generation of electricity to be due to the forced union of the electric field and the magnetic field whereas post-modern physics describes the generation of electricity to be due to the natural union of the electric field and the magnetic field.

Now, with the idea of the forced union of the electric field and the magnetic field, the classical explanation of how the impressed motion on the magnet can produce an electromagnetic field to cause the flow of current in the coil appears justifiable.

But how do we justify that the need for impressed motion in order for current to flow in a wire with the post-modern idea of the natural union of the electric field and the magnetic field?

To make the above question clearer:

If post-modern physics informs us that light is an ever manifestation of the union of the electric field and the magnetic field, why then the need for impressed motion in order to produce electricity? Since an electromagnetic field is what already exists around the magnet, then current should flow in the coil independent of impressed motion.

This is why I have decided to write this article: If an electromagnetic field is what already exists around a magnet, why then the need for impressed motion? Current should just flow in the coil.

I want to use this question to expose to you the true operational principles of an electric generator and an electric motor beyond the concepts of the interconversion of energy i.e. which are the mechanical energy to electrical energy for an electric generator and the electrical energy to mechanical energy for an electric motor.

Now, I ask the above question for two reasons:

The first reason is that I have been taught in classical physics that we need impressed motion to practically produce an electromagnetic field and that the electromagnetic field, in this case, is not pre-existing.

This is the idea of the forced union of the electric field and the magnetic field that classical physics informs that the electric generator and the electric motor operate by.

And the second reason is that I am now more puzzled by electricity and its connection to light.

To be able to understand the connection between electricity and impressed motion, we have to first let go of the classical idea of the forced union of the electric field and the magnetic field and fully embrace the natural union of the electric field and the magnetic field which we already call light.

To be able to understand the connection between electricity and impressed motion, we have to first let go of the classical idea of the forced union of the electric field and the magnetic field.Click To Tweet

And when we have done that, we then have to look at the distinction between the electrical motion of the electrons in the coil and the ponderable motion of the magnet. This has not been considered in physics.

Now, the motion of the magnet is what I call ponderable motion because the magnet does not exhibit charge while the motion of the electrons in the coil is what I call electrical motion since the electrons in the coil are charged. While the distinction between ponderable motion and electrical motion goes deeper, I want you to hold the above for now.

In post-modern physics, we have a new understanding of electricity generation, which is that it is due to the conversion of ponderable motion to electrical motion, and for the electric motor, we have that it is due to the conversion of electrical motion to ponderable motion.

Both conversions are communicated by light or the electromagnetic wave. So, we have a broader principle in operation, which is the interconversion of electrical and ponderable motions and this is after realizing that the union of the electric field and the magnetic field is natural.

In the explanation of the operations of generators and motors, classical physics insists that these fields are forcely unified (or separately set into operation) and for this reason informs us that electricity is due to the production of a forced electromagnetic field.

If not for “the production of light”, the electrical generators and motors cannot operate or work according to classical physics.

But in post-modern physics, light is not produced or forced, rather it plays a different and practical role as the interconverter of electrical and ponderable motions. This is how light is truly the cause of electricity for electrical generators and motion for electrical motors.

The electrical generators and electrical motors operate based on the principle of the interconversion of electrical and ponderable motions and not due to the production of a forced electromagnetic field as classical physics informs us.

The electrical generators and electrical motors operate based on the principle of the interconversion of ponderable and electrical motions and not due to the production of a forced electromagnetic field.Click To Tweet

So, let’s state the principle of interconversion of ponderable and electrical motions: The principle of interconversion of ponderable and electrical motions states that ponderable motion can be converted into electrical motion and that electrical motion can be converted into ponderable motion.

I want you to have this understanding for it is why in an electric generator, the impressed ponderable motion of the magnet or the whole coil is converted or connected to the consequent electrical motions of the electrons in the coil, and it is also why in an electric motor, the electrical motions of the electrons are converted or connected to the consequent ponderable motion of the whole coil.

(When we consider the coil as a whole, it is a ponderable body and as such can only make a ponderable motion. But when we consider the internal motion of the electrons in it, then we will be talking about electrical motion.)

The principle of interconversion of ponderable and electrical motions states that ponderable motion can be converted into electrical motion and that electrical motion can be converted into ponderable motion.Click To Tweet

We are now looking at a new application of the concept of interconversion in physics. We are familiar with energy interconversion, and the mass-to-energy interconversion, and I have also taught you about the interconversion of inertia and of inertial mass and rest mass, and now I teach you about the interconversion of electrical motion and ponderable motion.

Also, in this article, we are looking in a qualitative manner at a law of conservation of motion which is that under ideal conditions, in an electric generator and in an electric motor, the effects of electrical and ponderable motions are conserved. That is there is a perfect transformation of electrical motion into ponderable motion and vice versa.

Under ideal conditions, in an electric generator and in an electric motor, the effects of electrical and ponderable motions are conserved.Click To Tweet

Furthermore, with the realization of the natural union of the electric field and the magnetic field, we now focus on the other properties of light that are important for our understanding of electrical generators and electrical motors.

What are these other properties of light? These other properties of light are that for all ponderable motions, like for those of the whole magnet and for the whole coil, light carries a constant speed, and for all electrical motion, like that of the electrons in the coil, light accelerates.

So, for ponderable motion, we are talking about the speed of light, while for electrical motion, we are talking about the acceleration of light. This understanding is further associated with the distinction between electrical and ponderable motions which we haven’t thought about since classical physics.

The distinction is that absolute momentum is what applies for all ponderable motions, like for that of the whole magnet and for the whole coil, while absolute force is what applies for all electrical motions, like for that of the electrons in the coil.

We never thought about this in classical physics. We have always thought that the moving coil carries force and so does the electrons in the coil, but this is not true. The magnet being a ponderable body can only be impressed with absolute momentum while the electrons in a wire can only be impressed with absolute force.

This is why it becomes absolutely necessary for the impressed ponderable motion on the magnet to be converted to electrical motion in order for it to have any effect on the electrons in the coil.

This is where light comes in as the converter (or interconverter) which converts the absolute momentum on the magnet to the necessary absolute force on the electrons in the coil.

The figure above shows how the principle of interconversion of ponderable and electrical motions is responsible for electricity. It shows the connection between electricity and impressed motion.

Without the absolute force of light, there is no way the electrons in the wire can flow and no way we can generate electricity and produce electrical motors.

We never knew in classical physics that such distinction existed between the motion of the magnet or of the whole coil and the motion of the electrons in the coil. The dynamics of their motion are different.

This is very simple: You cannot push a ponderable body and an electrical body using force as classical physics would want you to think. Rather, to push a ponderable body you need absolute momentum while to push an electrical body you need absolute force.

So, in the case when you want to push an electrical body (electron) by pushing a ponderable body (magnet) like we have for an electric generator, you will need a ponderable motion to electrical motion converter which is light or an absolute momentum to absolute force converter which is light.

And in the case when you want to push a ponderable body (a whole coil) by pushing an electrical body (an electron) like we have for an electric motor, you will need an electrical motion to ponderable motion converter which is also light or an absolute force to absolute momentum converter which is also light.

I want you to read the above two paragraphs over and over again for it is the simplest representation of the interconversion of electrical and ponderable motions by light. This is why there is a connection between electricity (which is electrical motion) and impressed motion (which is ponderable motion).

How is light able to be the interconverter of ponderable motion and electrical motion or of absolute momentum and absolute force? The answer has been said above, and it is because light carries absolute momentum or a constant speed for all ponderable bodies and also carries absolute force or accelerates for all electrical bodies.

In post-modern physics, the emphasis is not on light as the unified manifestation of electricity and magnetism, but as the unified manifestation of constant speed and acceleration or of absolute momentum and absolute force.

Could this then mean that it is irrelevant to still refer to light as an electromagnetic field seeing that its electromagnetic character is not what causes electricity and even magnetism but its dynamic character?

I am afraid, yes. You know we call light an electromagnetic wave because of our practical research into the phenomena of electricity and magnetism, and light was first suggested to be an electromagnetic wave by Faraday.

In this practical research, we call light an electromagnetic wave because of our understanding of how it causes both electricity and magnetism i.e. electricity being about the movement of electrons in a wire and magnetism being about the interaction between two magnets.

But now we investigate electricity and magnetism as they are both caused by the acceleration of light which is a dynamic character of light (in the atomic world) and not by the electromagnetic character of light which is now only preserved in post-modern physics as simply a term for light without any practical origin any longer.

The idea of light being an electromagnetic wave is now just a concept that does not unveil to us the nature of electricity and magnetism.

Now, we look at the dynamic character of light as it transforms itself from a speeding wave carrying absolute momentum to an accelerating wave carrying force and how these changes are what really determine the existence of electricity and magnetism.

I really hope that you can understand me! I most times call light an electromagnetic wave because we are all used to it and in a way it is still a useful concept though it has no practical backing.

When we focus on how light transforms its dynamics in the atomic and non-atomic worlds, we become less concern about the idea of light being an electromagnetic wave which only arose due to the wrong interpretation of electricity and magnetism.

It’s like we are beginning to unveil the nature of light again like we tried to during the time of Faraday and Clerk Maxwell. This is how revolutionary this era of post-modern physics is.

So, in an electric generator and in an electric motor, we have the natural configuration of electrical and ponderable motions such that their interconversion by light becomes possible.

The coil or wire supplies the electrons which are used to produce or engage electrical motion while the magnet and the whole coil are used to produce or engage ponderable motion.

Another important question to address is where does light come from since it is natural?

Now, there are two sources of light: one is the primary source while the other is the secondary source.

The primary source of light is the continuum which is formally called the gravi-electromagnetic wave. Though I have discussed the role of light in the operations of an electric generator and an electric motor without mentioning the continuum, I, however, want you to know that light operates as a component of the gravi-electromagnetic wave.

So, we have underlyingly been looking at how the gravi-electromagnetic wave governs the operations of electrical generators and electrical motors. The relevance of the continuum comes into focus when we want to address certain exhibitions of these machines that can only be due to the role of the continuum.

The secondary source of light is the magnet. The post-modern accelerator principle now informs us that the two poles of a magnet are due to the acceleration of light as a unified manifestation of the electric and magnetic fields and not due to the magnetic field alone which is taken as a separate aspect of light.

I will like you to read the article below about the post-modern accelerator principle. It will inform you more about this.

Also, for an electric motor, there is another secondary source which is the coil. However, in this case, light is used to cause the electrical motion of the electrons which are then converted to the ponderable motion of the whole coil by the light or electromagnetic field from the magnet.

But for an electric generator, light, as it moves the electrons in the wire after the ponderable motion of the magnet or the whole coil, is just a consequent manifestation.

This new principle of interconversion of ponderable and electrical motions emerge from the new post-modern laws of physics as they distinctly apply to electrical and ponderable bodies in the universe.

For an electric generator, light carries the absolute momentum of the moving magnet or coil and converts it to the absolute force required to move the electrons in the coil. While for an electric motor, light carries the absolute force of the moving electrons in the coil and converts it to the absolute momentum required to rotate the coil.

These are the true operational principles of an electric generator and of an electric motor and they emerge from Absolute Relativity or The Theory of the Universe. So, the long-sought theory of the universe is what is up-turning our understanding of the universe in order to expose to us the truth about all things.

Conclusion

Classical physics wrongly informs us that electrical generators and electrical motors are possible because we are bringing together the electric field and the magnetic field to forcely produce the electromagnetic field (light).

But post-modern physics is now rightly informing us that electrical generators and electrical motors are possible because we are bringing together electrical motion and ponderable motion to be interconverted by light.

The post-modern explanation of the operations of the electric generator and the electric motor is the true explanation against the classical explanation which is false and which erroneously makes us think that we can fundamentally produce light by bringing together the electric field and the magnetic field.

So, post-modern physics introduces us to the new principle of the interconversion of electrical and ponderable motions. This is what this article is all about and it is how this article addresses the question: “Why the connection between electricity (electrical motion) and impressed motion (ponderable motion)?”

Until next time,

I will be here.

– 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!