# The Three Variants of Motion In the Universe

##### Introduction

Note: The technical information concerning the three variants of motion and the absolute principles of motion explicated in this article can be found in my e-book and also in some of my articles.

In some of my articles, I make mention of three kinds of motion in the universe. I usually present them as sub-divisions of the two forms or types of motion in the universe, which are uniform motion and accelerated motion.

Now, in this article, I want to explicitly delineate the three variants of motion which are sub-divisions of the two forms of motion in the universe. And I want you to know today that both the two forms of motion and the three variants of motion are the results of the qualitative nature of the universe.

The two forms of space and time are the aspects that represent the qualitative nature of the universe, and post-modern physics informs us that the two forms of motion, uniform motion and accelerated motion, are due to the two forms of space and time in the universe.

These two forms of space and time go further to produce the three variants of motion which as I have said are sub-divisions of the two forms of motion. Also, I want you to know that the three variants of motion are not identified in classical and modern physics. They are only known in post-modern physics.

##### The Peculiarity of the Three Variants of Motion

So, what are the three variants of motion? The three variants of motion are listed below:

1. The uniform motion of ponderable (non-charged) bodies.
2. The accelerated motion of ponderable (non-charged) bodies.
3. The accelerated motion of electrical (charged) bodies

The above are the three variants of motion and the diagram below depicts the new understanding of the two forms and the three variants of motion. I want you to notice in the diagram how the absolute principle of inertia and the absolute principle of non-inertia are associated with the three variants of motion.

Now, what is the peculiarity of the three variants of motion? What is so special about it? The three variants of motion are special because if we go by classical and modern physics we should have four variants of motion and not three.

So, if we go by classical and modern physics, the four variants of motion should be:

1. The uniform motion of ponderable (non-charged) bodies.
2. The accelerated motion of ponderable (non-charged) bodies.
3. The uniform motion of electrical (charged) bodies. ×
4. The accelerated motion of electrical (charged) bodies.

According to post-modern physics, the third variant of motion above does not exist and cannot be possible in the universe. This simple insight is as surprising as it is illuminating. I was also surprised when I realized this myself.

We should have four variants of motion as the above shows, but this is not the case because of the qualitative nature of the universe. So, the three variants of motion are really peculiar against our expectation. I really want you to have this new understanding of the cosmos.

For now, I can simply say that electrical (charged) bodies or particles cannot experience uniform motion because they are governed by the strong phase of the principle of inertia. There are a whole lot of factors connected to this assertion which are beyond this article.

Furthermore, when you come to fully grasp post-modern physics, you will find out that the qualitative nature of the universe imposes certain boundaries on the kind of motion ponderable and electrical bodies can experience.

Before I return to this, let us discuss the association of the two absolute and fundamental principles of inertia and non-inertia with the three variants of motion as shown in the diagram above. I will like you to please take note of the diagram above, it is very important for your understanding of post-modern physics.

##### The Uniform Motion of Ponderable (Non-charged) Bodies

One of the variants of motion is the uniform motion of ponderable (non-charged) bodies. Ponderable bodies are bodies that make up the macro world. Now, post-modern physics is informing us that only ponderable bodies can experience uniform motion. Electrical bodies or particles cannot.

In other words, uniform motion is a variant of motion that only occurs outside the atom. Thus, the absolute principle of inertia only applies to ponderable bodies in uniform motion and does not apply to electrical (charged) bodies or the atomic world.

Notice I used “the absolute principle of inertia” and not just the principle of inertia. This is to indicate to you how post-modern physics introduces us to the qualitative nature of the universe. Read my article below to further understand the absolute principle of inertia:

The absolute principle of inertia is now a balanced quantitative and qualitative principle unlike it was in classical and modern physics. We now understand the law of inertia in a different manner.

My e-book and my other articles in this blog will give you a complete understanding of the absolute principle of inertia, which is now founded on an entirely new kind of physics. The association of this principle to only ponderable bodies is just an aspect of this new understanding among others.

So, do not assume or indiscriminately apply “the absolute principle of inertia” to both ponderable and electrical bodies like you had done for the principle of inertia. The absolute principle of inertia is qualitatively different from the principle of inertia.

The term “absolute” is applied for the principle to inertia because it now arises from the illuminated investigation of absolute, metaphysical space and time and not from relative, physical space and time.

So, what have you learnt from this section? You have learnt about the first variant of motion which is the uniform motion of ponderable (non-charged) bodies. And you have also learnt that the absolute principle of inertia is only associated with the first variant of motion.

Thus, when you think about the uniform motion of ponderable (non-charged) bodies, I want you to always remember the qualitative description revealed to you in this great scientific article as I show you others more.

Now, let’s discuss the second variant of motion.

##### The Accelerated Motion of Ponderable (Non-charged) Bodies

While we now have a general principle for accelerated motion called the absolute principle of non-inertia, it, however, has two phases due to the two kinds of bodies in the universe which are ponderable and electrical bodies.

The first phase is the weak phase of the absolute principle of non-inertia and the second phase is the strong phase of the absolute principle of non-inertia. The first phase which is the weak phase of the absolute principle of non-inertia is what applies to accelerating ponderable bodies.

N.B: I have used “inertia” and “non-inertia” for the two absolute principles of uniform motion and accelerated motion respectively not to indicate the presence or the absence of inertia, but to establish a linguistic or word correlation to the technical terms “inertial” and “non-inertial” reference frames respectively.

The important consequence of the weak phase of the principle of non-inertia for the accelerated motion of ponderable (non-charged) bodies is that the non-sensation of inertia is not pervasive. There are certain conditions in which accelerating ponderable bodies will sense inertia.

The weak phase of the absolute principle of non-inertia is like an interface between the absolute principle of inertia and the strong phase of the absolute principle of non-inertia. I want you to now realize the governing principle for ponderable bodies in accelerated motion.

The principle of inertia does not apply in any sense to ponderable bodies in accelerated motion as classical and modern physics may prompt you to think. Post-modern physics now reveals that the three variants of motion are governed by three absolute principles that do not crisscross or overlap each other.

These three principles are qualitatively distinct and remain as such in the universe. I want you to really become conscious of the three variants of motion and how this new knowledge radically revolutionalizes your understanding of the universe.

Let’s now move to the third variant of motion.

##### The Accelerated Motion of Electrical (Charged) Bodies

The governing principle of the accelerated motion of electrical (charged) bodies or particles is the strong phase of the principle of non-inertia. The strong phase of the principle of non-inertia is similar to the weak phase of the principle of non-inertia.

Their differences arise because the weak phase of the principle of non-inertia does not ensure that the non-sensation of inertia is maintained for all accelerating ponderable bodies and at all conditions, but the strong phase of the principle of non-inertia ensures that the non-sensation of inertia is maintained for all accelerating electrical bodies and at all conditions.

I want you to now know that accelerating electrical bodies never sense inertia under any condition like accelerating ponderable bodies can. This is the first intuitive understanding of the atomic world that I want you to have. This new insight is responsible for all the “mysteries” of quantum mechanics.

The strong phase of the absolute principle of non-inertia is what ensures that electrical bodies or particles never experience uniform motion in the universe. This great truth is very relevant for your understanding of the atomic world.

Whenever you cross the boundary into the atomic world, you have entered the domain governed by only one principle which is the absolute principle of non-inertia. No other principle of motion is involved in the atomic world. Electrical bodies can under no possible condition move in uniform motion.

Electrical bodies can under no possible condition move in uniform motion.Click To Tweet

Electrical bodies can only have one experience of motion which is acceleration. For so long we have sought to truly grasp why the atomic world is very different from our everyday world of ponderable matter. Now you know why.

You can read the article below to know one of the technical consequences of the strong phase of the principle of non-inertia.

The article above will enlighten you about the true nature and interpretation of the Compton effect or scattering as it occurs in the atomic world. There is a whole new physics for you on this blog and I want you to become a part of it. It’s a very exciting and revolutionary time for science!

##### Crucial Discussion

I sometimes end my articles with a crucial discussion and this one won’t be any different. This article and post-modern physics, in general, teaches us to think qualitatively about the universe.

If we had gone by the methods of classical and modern physics, we would have thought only quantitatively about the three variants of motion and this would induce us to apply the three absolute principles indiscriminately.

We are now learning about the qualitative boundaries imposed on the principles of motion in the universe, and one of which is that the uniform motion of ponderable bodies is a phenomenon that is very different from the accelerated motion of ponderable bodies.

The contents of this article are very fundamental and they reveal to you how the three absolute principles of motion apply exclusively and respectively to the three variants of motion in the universe.

When we move from one variant of motion to the another, we are moving from one absolute principle to another. There is no vagueness or obscurity about this. The three variants of motion teach us to explore and investigate explicitly the qualitative nature of the universe.

Moreover, not discussed in this article, the three variants of motion are also associated with some fundamental changes in the essence of light and gravity. As we move from one variant of motion to another, we must also take note of the changes in the essence of light and gravity, and especially of light.

This article now informs us to do away with the notion of electrical bodies moving in uniform motion, for they cannot experience uniform motion. We have for so long been investigating and exploring the quantitative nature of motion, so we hadn’t recognized the three variants of motion.

All these have changed with post-modern physics, and in a way which I cannot tell exactly for now. I just think that we shall explore the qualitative nature of motion just like we can explore its quantitative nature.

If the investigation and exploration of only the quantitative nature of motion have led us to this point in scientific advancement, how much more will the incorporation of the investigation and exploration of the qualitative nature of motion lead us?

For now, it seems as though the three absolute principles cannot be criss-crossed or overlapped as I have even said in this article, but I also think it may become possible as we further understand the three variants of motion and the qualitative nature of the universe.

When this becomes possible, we will be exploring the principles of the universe in a fantastic way. Imagine what could happen if we can make ponderable bodies experience the strong phase of the absolute principle of non-inertia and also make electrical bodies experience the absolute principle of inertia.

This implies that the entire operations of the atomic world will be brought into our domain of ponderable matter. We will literally bridge the gap or the divide between the macro world of large ponderable bodies and the micro world of electrical particles.

We wouldn’t have thought about this without the newly revealed qualitative nature of the universe. Both classical and modern physics do not teach us anything about the qualitative nature of the universe.

The investigation and exploration of the qualitative nature of motion is a new venture that will provide immense possibilities for science which we can only imagine for now, but it won’t be the case for too long.

The investigation and exploration of the qualitative nature of motion are about handling directly and controllably the absolute principles of motion. This article, therefore, provides the much-needed leap in understanding necessary for the accomplishment of this feat.

The three variants of motion present to us the deeper aspects of motion that are dependent on the qualitative boundaries imposed on the experiences of motion in the universe, and for both ponderable and electrical bodies.

Until next time.

– 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!