The Post-modern Theory of Electromagnetism

Subtitle: Electromagnetism and the Acceleration of Light 

Introduction

“I happen to have discovered a direct relation between magnetism and light, also electricity and light…”

Michael Faraday (1899)

Author’s Note: The author presents this article with the first conviction that you already have the basic understanding of Coulomb’s inverse square law and its ramifications in classical physics.

In this scientific article, which is one of the greatest scientific articles in history, I will be showing you the true understanding of electromagnetism as it applies to the electrical interactions and also to the magnetic interactions, and which addresses the wrong premise in Coulomb’s description which I have pointed out in my article.

This article will progress from our classi-modern understanding of the electromagnetic interactions before I proceed to show you the post-modern understanding of electromagnetism.

I mentioned the classi-modern understanding of electromagnetic interactions because so far our understanding of the electromagnetic interaction of charged bodies is the same as set by Coulomb.

This article would completely revolutionalize your understanding of the universe, so I want you to open your mind and be ready for this new understanding and scientific truth.

In this scientific article, we shall reach the maximum logical limit of Michael Faraday’s intuitive discovery of the relationship between light and the electromagnetic interactions.

Michael Faraday

Michael Faraday

Also, through this great scientific article, you will realize that the pure and great intuitive discovery of Faraday of the connection between light and electromagnetism has not been properly or truly represented in both the classical and modern theories of electromagnetism.

This new realization has opened the doors for new discoveries.

Classical-modern Electromagnetism: The Inverse Square Law

You may find me using either classical or classical-modern to describe our current theory of electromagnetism. However, you and I know that our current electromagnetic theory originates from classical physics. 

Classical Electrical Interaction

Classical-modern electromagnetism is governed by Coulomb inverse square law which basically informs us that the electromagnetic force between two charged bodies is directly related to the product of their charges and inversely related to the square of their radial distance apart. This simple law is mathematically presented thus,

F=k\.\frac{q_{1}\:q_{2}}{r^{2}}\;.\;\;\;.\;\;\;.\;\;\;.\;(1)

From the above k is Coulomb constant, q1 is the charge of the first body, q2 is the charge of the second body and r is their radial distance apart.

From Coulomb’s law or description of electromagnetism arises the dependence of electromagnetism on the property of charge. This classical-modern concept of charge further informs us that there are two kinds of charge in the universe, which are the positive and negative charges.

Electrons are particles or electrical bodies that are negatively charged, while protons are particles or electrical bodies that are positively charged. It is based on these two kinds of charge that classical-modern physics describes the attraction and repulsion of charges. Classical-modern electromagnetism therefore states that:

  1. Two electrical bodies of like charges repel each other.
  2. Two electrical bodies of unlike charges attract each other.

These two laws underlie electromagnetic interaction. So, electrons attract protons, while electrons repel electrons and protons repel protons. The diagram below shows how charge governs the electrical interaction between an electron and a proton according to classical physics.

Classical Electrical Interaction

Classical Electrical Interaction

These two laws or conditions stated above and based on charge coupled with Coulomb’s inverse square law is the basic understanding of electromagnetism in both classical and modern physics. 

Now, since the charge magnitude of the electron and the proton are the same, classical-modern electromagnetism inform us that the electromagnetic force between an electron and a proton is the same for both the electron and the proton. 

Classical Magnetic Interaction 

Similar to the description of the interaction of charged bodies with one another, the classical description of magnetism is also dependent on the concepts of like and unlike poles. According to classical description or laws of electromagnetism, it is stated that: 

  1. Two magnets of like poles attract each other.
  2. Two magnets of unlike poles repel each other.

The conversely based concepts of “like and unlike” are central to classical electromagnetism. Both the description of the electrical interaction of electrical bodies and the magnetic interactions of magnets are dependent on these conversely based concepts. 

As you already know, the concept of positive and negative charges are just conversely different signs of the same magnitude of charge, and the same idea underlies magnetic polarity, as the above classical laws of magnetic interaction shows.

In the classical theory of magnetism, one pole is referred to as the North Pole, while the other pole is referred to as the South Pole. The figure below shows us that when two magnets are placed adjacent to each other, such that two, unlike poles faces each other, then the two magnets would be attracted towards each other.

Classical Magnetic Interaction

Classical Magnetic Interaction

And when two magnets are placed adjacent to each other such that two like poles faces each other, then the two magnets would repel each other. 

The fundamental difference in their interaction only arises because their pole sign is different. Now, it is at this point that we have to move to the very important criticism of classical-modern electromagnetism.

Criticism of Classical-modern Electromagnetism

The inherent error in classical-modern electromagnetism lies in its direct dependence on the property of charge to describe the governing operations of electromagnetism.

I must state unequivocally that even though the charge is a constituent of electrical bodies, it does not govern the electrical interaction of electrical bodies. 

Even though charge is a constituent of electrical bodies, it does not govern the electrical interaction.Click To Tweet

The classical-modern theory of electromagnetism has failed to assist us to achieve the unified field theory because it is based on the properties of bodies instead of the properties of the components of the unified field. One of such components necessary for the understanding of the true theory of electromagnetism is the acceleration of light. 

I want you to understand and see how post-modern physics would radically shift your understanding of electromagnetism from its false dependent description based on charge to its true description based on the acceleration of light.

Man and the Universe

This is a necessary shift that has led to the discovery of the nature of the unified field, for in post-modern physics we have completely moved from the flawed description of fundamental interactions based on the properties of bodies to the true description of fundamental interactions based on the components of the unified field.

If you don’t grasp this distinction, you would fail to understand the new foundation for the understanding of electromagnetism and the interaction of electrical bodies been set by post-modern physics.

This move was also made for gravitational interactions. The dependent description on mass of the gravitational interaction has been radically transformed to the gravitational interaction dependent on the acceleration of gravity. This new method has given us the new principle of universal equivalence.

Physics can no longer describe fundamental interactions with strong dependence on the physical properties of bodies. Physics must now describe fundamental interactions based on the behaviour of the (components of the) unified field which are light and gravity. 

Physics can no longer describe fundamental interactions with strong dependence on the physical properties of bodies.Click To Tweet

These components of the unified field, the accelerations of light and gravity, are absent in classical and modern physics, and this is why every field description of fundamental interactions from general relativity to quantum field theories are fundamentally flawed and has,  failed to show us the way to The Theory of Everything

The error in classical electromagnetic theory has spun further errors in modern physics, especially in quantum mechanics, which still adopts classical electromagnetic theory in its description of fundamental interactions in the atomic world. 

Classical physics assigns concepts to our observations of electrical interactions and especially magnetic interactions without truly explaining the mechanism behind these interactions. This is obviously because we have not looked at the unified field, rather we have wrongly been looking at the innate properties of bodies.

Now, as I proceed to show you the post-modern theory of electromagnetism, I want you to realise that I want to show you how the acceleration of light and not charge governs the electrical interaction of electrical bodies and also governs the magnetic interaction of magnetic bodies. 

Also, as I show you the new way, I will be further criticizing the old way. This promises to be very interesting!

Post-modern Electromagnetism: The Inverse Square Law 

In the post-modern theory of electromagnetism, there is a very fundamental equation which I call the light (transformation) equation. I call it the light equation because it shows how light transforms itself from a speeding wave relative to ponderable bodies to an accelerating wave relative to electrical bodies.

If you fail to understand this equation, and especially its qualitative nature, you will not understand the true nature of electromagnetism. I have applied the equation quite abruptly in one of my articles, but now I feel that it is more appropriate to show you how to interpret the light (transformation) equation.

The Light (Transformation) Equation

Remember that in Echa and Science we establish our scientific knowledge from absolute science. I want to show you where the acceleration of light comes from unless you will not understand the light equation which is mathematically stated as,

c=a_{c}\:\Delta t\;.\;\;\;.\;\;\;.\;\;\;.\;(2)

In the above expression, you can simply conclude that c is the speed of light and that ac is the acceleration of light, but you must know that Δt is accelerated time, and not just time as you have always known it or physical time.

Now, because of accelerated time and so that you can understand the above equation, we have to deploy absolute science. Absolute science informs us that light is a limit of inertia just like gravity.

payoneer

So, the above expression is a qualitative transformation of light as a kind of limit of inertia relative to ponderable bodies to another kind of limit of inertia relative to electrical bodies. 

Though I have aforestated that the light equation above shows how light transforms itself from a speeding wave relative to ponderable bodies to an accelerating wave relative to electrical bodies. This description is superficial, and it is not the true unreducable interpretation of the light transformation equation.

The light equation truly shows how light transforms itself as a limit of inertia and not as a physical wave with physical quantities like speed and acceleration. You must first understand this.

Now, listen, on the left-hand side of the equation, c represents (light as) the maximum resistance to accelerated motion and not really the constant speed of light, while on the right-hand side of the equation, ac represents (light as) the least resistance to accelerated motion and not really the acceleration of light. 

The constant speed of light and the acceleration of light arise from these deeper essences of light. The light equation, therefore, reveals how light transforms itself as the maximum resistance to accelerated motion to the least vertical resistance to accelerated motion by accelerated time.

Now that you understand the light equation as an equation which shows the transformation of light as a limit of inertia, and not superficially as a wave, the absolute qualitative essence of the equation above becomes very evident. 

This is because if you proceed to interpret the equation according to relative, quantitative science, the light equation fails. Besides, accelerated time is an important transformation factor in the light equation and it is not physical time. 

Accelerated time is the second form of time in the universe, while uniform time is the first form of time. The light equation is related to accelerated time and not uniform time, and it is a completely metaphysical expression. I want you to understand it as such before I show you its physical implications.

Post-modern Electrical Interaction

Now, the inverse square law holds in both classical and post-modern theories of electromagnetism. However, the inverse square law as applied in post-modern physics is fundamentally different from the way it is applied in classical physics. This is because of the introduction of the acceleration of light (aceleritas).

In post-modern physics, we are making a shift in our understanding of the inverse square law, from its current description based on charge to that based on the acceleration of light.

Let’s look at the electromagnetic interaction between an electron and a proton as governed by the acceleration of light and not charge. To you, as a ponderable body, light approaches you as a constant speeding wave, however, for electrical bodies like an electron or a proton light approaches them as an accelerating wave. 

This is why the electromagnetic force exists in the first place. So, I want to show you how an electron and a proton experience the acceleration of light differently and not charge. 

Now, we are also moving from the metaphysical universe into the physical universe, even though what I am about to show you about the acceleration of light (aceleritas) also has a deeper essence in the metaphysical or absolute science.

However, this deeper understanding can only be evident after you have understood that quantitatively, absolute and relative science are similar, they only differ because absolute science is insightfully qualitative while relative science is not.

The figure below shows us how accelerating light waves approaching both the electron and the proton. The general expression for the acceleration of light from absolute relativity is presented as,

a_{c}=\frac{k\:e^{2}}{m r^{2}}\;.\;\;\;.\;\;\;.\;\;\;.\;(3)

The above expression for the acceleration of light in post-modern physics introduces mass into the electrical interaction of electrical bodies. This importantly de-emphasizes the importance of charge in the electromagnetic interaction.

The introduction of mass importantly de-emphasizes the importance of charge in the electromagnetic interaction.Click To Tweet

This is more so because for both the electron and the proton, and for all electrical bodies, their charge magnitude is the same. Charge is the same for all electrical bodies, we have not discovered any charge magnitude different from 1.60217662 × 10 -19 Coulombs. This is because charge is a fundamental constant for all electrical bodies.

Charge is a fundamental constant for all electrical bodies.Click To Tweet

As I proceed to show you how the acceleration of light governs the electrical interaction between the electron and the proton, I want you to realize that charge is the same for both bodies, and not even the forced or the wrongly supposed concept of negative and positive charge is valid in the universe.

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So, while classical and modern physics investigate the electromagnetic force between the electron and the proton based on the difference in charge signs for both bodies, we will be investigating in post-modern physics the difference in the electromagnetic force between the electron and the proton based on the difference in the magnitude of the acceleration of light for both bodies.

Not even the forced or the wrongly supposed concept of negative and positive charge is valid in the universe. Click To Tweet

This is a new way!

Now, the fundamental difference in the magnitude of the acceleration of light between the electron and the proton arises due to their different masses. For an electron, the acceleration of light it experiences is that inversely relatable to the greater mass of the proton, while for the proton, the acceleration of light it experiences is that inversely relatable to the lesser mass of the electron.

This produces the two results below:

The acceleration of light relative to the electron becomes,

a_{ce}=\frac{k\:e^{2}}{m_{p}\:r^{2}}\;.\;\;\;.\;\;\;.\;\;\;.\;(3a)

And the acceleration of light relative to the proton becomes,

a_{cp}=\frac{k\:e^{2}}{m_{e}\:r^{2}}\;.\;\;\;.\;\;\;.\;\;\;.\;(3b)

You must understand the two equations above as I proceed further to show you the relation of the electromagnetic force between the electron and the proton. The above two expressions are fundamental to your understanding of the universe. 

Even if an electron and a proton were to be the only two bodies in the universe the magnitude of the acceleration of light between these two bodies cannot, and I repeat, cannot be the same. This is the mystery of the electromagnetic attraction that I want you to know. 

Also, the above two equations and the diagram below shows us that the electron natural experiences the lesser acceleration of light (and not positive charge), while the proton naturally experiences the greater acceleration of light (and not negative charge). In post-modern physics, the lesser acceleration of light replaces the positive charge, while the greater acceleration of light replaces the negative charge. 

Post-modern Electrical Interaction

Post-modern Electrical Interaction

This means that the electron translates or travels along the path of lesser acceleration of light, while the proton translates or travels along the path of greater acceleration of light. This is the new understanding of the motion of electrical bodies in the universe, and even in particle physics.

And if two electrons are the only two bodies in the universe, the magnitude of the acceleration of light between these two bodies would be the same. This is the mystery of the electromagnetic repulsion that I want you to know. 

From the above two equations for the acceleration of light between the electron and the proton, their respective electromagnetic forces can be deduced.

The electromagnetic force relative to the electron becomes,

F_{e}=m_{e}\:a_{ce}\;.\;\;\;.\;\;\;.\;\;\;.\;(4)

Substituting the expression for the acceleration of light ace into the above equation for the electromagnetic force, we would have that,

F_{e}=m_{e}\:\frac{k\:e^{2}}{m_{p}\:r^{2}}

As seen from the above, the electromagnetic force relative to the electron is related to the ratio of the mass of the electron me and that of the proton mp. So, the unit of mass which is Kg cancels in the electromagnetic force equation for the electron.

The above in a contracted form is written as,

F_{e}=\eta}_{m}\:\frac{k\:e^{2}}{\:r^{2}}\;.\;\;\;.\;\;\;.\;\;\;.\;(4a)

Where \eta}_{m}=\.\frac{m_{e}}{\:m_{p}}

The electromagnetic force relative to the proton becomes,

F_{p}=m_{p}\:a_{cp}\;.\;\;\;.\;\;\;.\;\;\;.\;(5)

Substituting the expression for the acceleration of light acp into the above equation for the electromagnetic force, we would have that,

F_{p}=m_{p}\:\frac{k\:e^{2}}{m_{e}\:r^{2}}

As seen from the above, the electromagnetic force relative to the proton is related to the ratio of the mass of the proton mp and that of the electron me. So, the unit of mass which is Kg also cancels in the electromagnetic force equation for the proton.

The above in a contracted form is written as,

F_{p}=\eta'_{m}\:\frac{k\:e^{2}}{\:r^{2}}\;.\;\;\;.\;\;\;.\;\;\;.\;(5a)

Where \eta'_{m}=\.\frac{m_{p}}{\:m_{e}} 

Now, if we are dealing with either two electrons or two protons, ηm and η’become equal to one or unity. Thus, the electromagnetic force between two electrons or between two protons is simply represented as,

F_{ee}=F_{pp}=\frac{k\:e^{2}}{\:r^{2}}\;.\;\;\;.\;\;\;.\;\;\;.\:(6)

The electromagnetic forces between two electrons or two protons are the same because in these two cases the magnitude of the acceleration of light is the same.

The above electromagnetic force equation for two electrons or two protons is the same as the currently known Coulomb’s law. In post-modern physics, it only applies to two electrical bodies with the same masses and does not apply, as already shown, when the two electrical bodies have different masses.

So, the post-modern laws that govern the electrical interaction of electrical bodies state that:

  1. Two electrical bodies are attracted to each other because of the unequal magnitudes of the acceleration of light.
  2. Two electrical bodies are repelled from each other because of the equal magnitudes of the acceleration of light.

The above laws based on the acceleration of light are the true laws that govern the electrical interaction of electrical bodies in the universe. The classical laws based on charge is wrong, and they have greatly hindered us from discovering the unified field

The post-modern interpretation of the electromagnetic force shows us that it is related to mass just like the gravitational force but with a crucial difference. The electromagnetic force is directly related to the ratio of two masses while the gravitational force is directly related to the product of two masses.

This is the crucial reason why the electromagnetic force between two bodies of different masses is not the same, whereas the gravitational force between them is the same. I want you to begin to see why gravity is always attractive and why the electromagnetic force can be attractive and also repulsive. 

Mass is a crucial and wrongly neglected component of electromagnetism. Also, the electromagnetic force equations reveal that both mass and charge are crucial components of the electrical interaction, but mass is a more crucial component because unlike charge, it is not a universal constant for all bodies.

You can see from the mathematics, that because the acceleration of light for two electrons and for two protons is constant, the electrical force difference during repulsion for two electrons and for two protons equal zero. That is,

Fe – Fe = 0 & Fp – Fp = 0

However, because the acceleration of light for an electron and a proton is not the same, the electrical force difference during attraction between an electron and a proton does not equal zero. That is,

Fp – Fe ≠ 0

The absence of any electrical force difference is responsible for the repulsion of electrical bodies, while the presence of an electrical force difference is responsible for the attraction of electrical bodies.

Understand the post-modern laws of electrical interaction as I move you over to the post-modern laws of magnetic interaction.

Post-modern Magnetic Interaction 

In the electrical interaction, we looked at the translation of electrons and protons. In the magnetic interaction, we would be looking critically at the common directional spin of electrons in a magnet or magnetic material. 

So, in magnetism, you must realize that just as electrons translate or move in the direction of lesser acceleration of light, so they are also spinning around the axes of lesser acceleration of light. 

This is different or opposite to the protons, which translate or move in the direction of greater acceleration of light, and are also spinning around the axes of greater acceleration of light. This is why the proton naturally has a greater spin than the electron.

This has puzzled scientists, but it should not puzzle you who is now being illuminated by post-modern physics.

In a magnet, since the electrons are spinning tangentially in the direction of lesser acceleration of light, the opposite direction then becomes the direction of greater acceleration of light, which would be the tangent of motion of spinning protons.

The diagram below shows us the post-modern depiction of the magnetic interaction.

Post-modern Magnetic Interaction

Post-modern Magnetic Interaction

What the arrows show is the tangential direction of the spin of the electrons in the magnet. When the poles of two magnet are aligned in such a manner that the electrons on both poles of the magnets spin in the opposite direction due to the acceleration of light, then the two magnets will repel each other.

In this case of repulsion, both poles of the magnet may be equally taken as poles of lesser or greater accelerations of light, as depicted in the above figure for the magnetic interaction.

And if the two poles of two magnet are aligned in such a manner that the electrons on both poles of the magnets spin in the same direction due to the acceleration of light, then the two magnets will attract each other.

Now, listen, in the case where there is attraction between the two magnets, one of the poles may be taken as the pole of lesser acceleration of light and the other (opposite) pole may be taken as the pole of greater acceleration of light as shown above. I will come to this when we look at the motion of electrical bodies in a magnetic field.

So, what are the post-modern laws of magnetism?

  1. Two magnets attract each other because of the unequal magnitudes of the acceleration of light.
  2. Two magnets repel each other because of the equal magnitudes of the acceleration of light.

Both the laws of electrical and magnetic interactions are governed by the acceleration of light. This is the post-modern insight that changes in a profoundly radical way how we do science and also how we see the universe. It introduces new life into particle physics.

The Motion of Electrical Bodies in a Magnetic Field

Let’s now take a look at the motion of a electrical body in between two magnets or in a magnetic field. In the figure below, we have an electron as the electrical body placed in between the two poles of two magnets of equal lesser acceleration of light ace.

An Electron in a Magnetic Field

An Electron in a Magnetic Field

The electron does not accelerate or deflect because there is no pole or path of lesser acceleration of light to move through. Both poles of the magnet have equal accelerations of light.

And if we placed a proton in between both poles, the proton also does not accelerate or deflect because there is no pole or path of greater acceleration of light to move through. I want you to understand this.

This scientific knowledge is missing in the entire edifices of classical and modern physics. We have been looking at electromagnetism wrongly because of the absence of the acceleration of light. 

The acceleration of light presents itself for the electron and the proton with lesser and greater magnitudes respectively. Now, in the next figure, an electron and a proton are placed in a magnetic field in which the accelerations of light are different for both poles of the magnets

Electron and Proton in a Magnetic Field

An Electron and a Proton in a Magnetic Field

Since both poles of the magnet have unequal accelerations of light. The electron moves or deflects towards the pole or along the path of lesser acceleration of light, while the proton moves towards the pole or along the path of greater acceleration of light. 

This is why the electron experiences a greater deflection in a magnetic and the proton experiences a lesser deflection. The proton naturally carries a greater acceleration whether translatory or rotatory than the electron. This is the true understanding of the motion of electrical bodies between the poles of two magnets.

Also, the force electrical bodies carry when in accelerated motion is not the Newtonian or Lorentz force which you have always known. All electrical bodies carry absolute force and energy in Joules/s2 and not energy in Joules. I will show you more about absolute force in my future articles and this article will be a good start.

This new knowledge is necessary so that you can completely penetrate in understanding the post-modern theory of electromagnetism. This new force and energy are discussed in Absolute Relativity.

I want you to understand this new post-modern theory of electromagnetism, for the unity of all things can only be found in post-modern physics. I have not set up this blog with the primary aim of making money from you.

I have set up this blog because I want you to see, like I have seen, the unity of the universe. The message is of more concern to me, and I care that you have not been able to see the unity of the universe because of the wrong premises in classical and modern physics.

In the next section, I want to show you how the post-modern theory of electromagnetism connects the dots.

Absolute Relativity and Post-modern Electromagnetism

How does absolute relativity relate to the post-modern theory of electromagnetism? It is quite obvious already. Now, special relativity or more preferably electrodynamics, informs us that bodies in uniform motion cannot travel faster than the speed of light.

This is a crucial insight about motion that also applies, but in a different way, in the atomic world of electrical bodies. The post-modern theory of electromagnetism introduces the acceleration of light into the electrical and magnetic interactions of electrical bodies.

So, for electrical bodies, we have a unique or special case where accelerating electrical bodies cannot travel faster than the acceleration of light. The acceleration of light relative to all electrical bodies provides us with the unifying framework to describe all of physics. This unifying framework is absolute relativity.

Furthermore, a crucial insight emerges from the post-modern theory of electromagnetism and the unifying framework of absolute relativity. This crucial insight is that because electrical bodies cannot accelerate greater than the acceleration of light, they, therefore, cannot experience entirely the electromagnetic force.

This correspondence is why in particle physics we have not been able to accelerate electrical bodies to the speed of light. The accelerating particles in our accelerators cannot accelerate greater than the acceleration of light, and this acceleration limit translates as speed limit to us who are ponderable bodies.

To us, these electrical bodies cannot travel faster than light, but to the electrical bodies themselves, they cannot accelerate greater than light. Absolute relativity and the post-modern theory of electromagnetism find this smooth connection that does not exist and cannot be found in classical and modern physics. 

Particle physics is in crisis today because neither quantum mechanics nor the standard model is the theory of the particle physicist. Absolute Relativity is the true theory of the particle physicist.

Contrary to popular opinion, article physics does not need the discovery of new particles, particle physics needs something greater than the discovery of new particles. This new theory shall cause major breakthroughs in particle physics, that we shall all see very soon. 

The Call to Absolute Science

If you visit other science blogs and journals, you would find scientists lamenting about the hopeless state of physics and how there seem to be no way out the crisis. It is not the same in this blog, because we have resolved the crisis in physics.

However, this resolution comes with a price. What is the price? The price is that we have to abandon the physical universe and the current scientific method as a way to establish scientific truth.

Light from the Horizon

We are now been called into the metaphysical universe and to the new scientific method which resolves the deplorable state of physics by fresh ideas and insights unthought of.

So, if you are wondering why I don’t follow the current scientific method? I want you to know that it is because I teach the science a priori, I show you the laws behind the laws. It is a unique gift of mine that was conferred upon me by the Spirit of the Universe. 

So, I can discern all mysteries that concern the universe. And today, the Great One is calling you to this new science which is more illuminating than the today’s physical science and more profound than any religion.

What I have just shown you about post-modern electromagnetism comes from a deeply metaphysical understanding of the universe which I also want you to have. The universe in which we live is profoundly metaphysical, and its true operations do not fit the current scientific method.

The mismatch between the true way of the universe and the way of the scientist is the major reason why till now we have not been able to understand the universe completely. The complete understanding of the universe can only be found in absolute science.

The complete understanding of the universe can only be found in absolute science.Click To Tweet

The old scientific method has greatly hindered us from making any tangible progress in our understanding of the universe. All the current persistence mysteries of today’s science stem from the fact that our current scientific method is not the way of “the Old One.” This is why I have come. I have come to assist you to know how God plays His strings.

The unity of all things has come to us, the blueprint of the universe has now been revealed unto us. So, answer this calling, let’s all become a part of absolute science, for I assure you that the great age of man has just begun.

By absolute science, we shall make tremendous strides in our understanding and exploration of the cosmos.

Summary 

This scientific article on the post-modern theory of electromagnetism informs us of how the acceleration of light and not charge governs both the electrical and magnetic interactions. These two interactions together constitute electromagnetism. 

According to the post-modern theory of electromagnetism, the acceleration of light governs the electrical interaction of two electrical bodies according to the following laws:

  1. Two electrical bodies are attracted to each other because of the unequal magnitudes of the acceleration of light.
  2. Two electrical bodies are repelled from each other because of the equal magnitudes of the acceleration of light.

Also, the acceleration of light governs the magnetic interaction of two magnets or magnetic bodies according to the following laws:

  1. Two magnets attract each other because of the unequal magnitudes of the acceleration of light.
  2. Two magnets repel each other because of the equal magnitudes of the acceleration of light.

The principle of attraction and repulsion in both the electrical and magnetic interactions are governed the same by the acceleration of light. The acceleration of light which is a real component of the unified field governs electromagnetism and not charge, which is directly a component of bodies. 

hostgator

You must make this paradigm shift in post-modern physics. This new theory of post-modern physics has spun new aspects of physics which are already presented in The Theory of the Universe.

The Theory of the Universe would teach about the universe from the standpoint of pure absolute science, and most elucidations and interpretations beyond the scope of this article are contained in it.

I want you to now find your scientific purpose in post-modern physics which has corrected the whole wrong premises in science.

Finally, the intuitive discovery of Faraday of the relationship between light and both electricity and magnetism is in reality that between the acceleration of light and both electricity and magnetism. This is the end description of Faraday’s discovery more than 100 years ago.

For absolute science, for the call!

Keep questioning. 

– M. V. Echa 

The article below is a very related article:



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!