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Absolute zero temperature, Mass, Energy, Atom, Molecule, Galaxy, Universe, The Milky Way Galaxy, and the Potential energy of motion.
These items, all are involved in this post and presented in the different format than you as a reader is acquainted before.
 

Masses and their motion are all that the nature needs to create a galaxy.

The potential energy from the motion converts mass particles into the state of the matter.

     If you love science and want to explore and go beyond what the principles of science can explain, then this post is a must-read for you, as I will help you take a look at the universe from a different perspective—abiotic nature. I believe that there is truly more to the universe environment of true Absolute Zero Kelvin (t0K) temperature than what science can explain and allow. In this post, we’ll develop a deep understanding of how the universe both create as well as recycles the galactic matter, but this time it’s going to be from the perspective of abiotic nature. This activity can only occur when the matter is fully in t0K state. As the abiotic nature is a self-perpetual creator, it is important that all results are generated by a process that occurs mechanically. This process has no space time or relativity observation requirement, and produces no measurable heat. Another important aspect of abiotic nature that must be understood is the fact that it cannot evolve through trial and error or accidental changes. Simply stated, abiotic is nonliving, and we know that lifeless matters are energy less. Therefore, in order to generate energy, primeval particles of mass that are in intrinsic motion and mechanically interactive must exist in abiotic nature. So, these virtual-mass particles can exist in the phenomenal environment, which is yet to be understood before the universal puzzle can be solved. In the meantime, let's pay attention into the t0K state, the home of an unlimited source for readily useable virtual-mass.

Here, I propose tiny mass particles as the basic building blocks, which the Milky Way Galaxy and all galaxies throughout the universe are individually made from. These existing incredibly small primeval particles cannot be split, dissolved or destroyed. However, these particles should have weight, so much so, that they occupy space and are intrinsically in motion. And because these particles would be incredibly small in size, they’ll be able to permeate the t0K environment entirely without interference from the rays of heat or mankind’s perception. Moving further, I will refer to this concept as massbits. As massbit has an intrinsic property of motion, it can develop into energy producing contact activity. Hence, the massbit, when in motion, provides abiotic nature everything, it needs to start the construction process of viable matter, which then further continues to evolve over time through naturally-occurring events until the Milky Way Galaxy is formed.

 

The image above represents a crude illustration of an atom without distant electrons. Reason for the simple construction is in technicalities,
which have to be workable within abiotic nature, at the time there is nothing but moving bits of masses to work with.

The Milky Way Galaxy—Understanding the Basics

As I mentioned above, abiotic nature is nonliving and doesn’t have the ability to create something. It is only limited to the available particles of mass to start constructing feasible subatomic components. Here, you need to understand that atoms are not the result from some kind of engineering process which one might think and assume. Instead, these atoms are devised from electron-massbits that are formed after mass bits are energized by naturally-occurring events. So, it can be said that the atomic-like objects that looks similar to a ball of sand are basically formed by a huge number of electron-massbits. We won’t go against the principle of mass energy equivalence as this would only complicate the existence of the mass-only-particles and because the mass may produce the equivalent amount of energy, but the energy is not an intrinsic component in the mass, instead; the potential energy of motion will play a vital part during the state of the evolving matter. So, I’ll define it simply that electric energy must be generated to charge massbits, which then converts the massbits into feasible electron-massbits. In such a state, electron-massbits act just like magnetic dipoles. They accumulate into atoms of different weight and size, which can be used as construction blocks. I believe that this concept, in particular, truly simplifies atom construction and its work mechanics, also when in lifeless nature. The thing that is important is that an atom that is made of electron-massbits should have the means to create an assembly of molecules of all elements that occur naturally, and should have attraction energy that equals the nuclear force available. In other words, atoms made of massbits are capable of fulfil every aspect of currently described matter.

Now let’s go back to where we left off the massbit. To develop a strong understanding of massbits, three vital elements: motion, energy and mass should be kept in consideration. Let’s take a look at ‘mass’ first. This element is vital, but the origination of this element is hard to explain. However, since the atom’s construction is completely based on the existing mass, so if we assume that masses exist in the form of smallest objects before atom was evolved, and they can’t be destroyed or divided by any possible mean. Thus, their existence will truly become much easier for us to understand. On the other hand, ‘Motion’ which is another element, is mass’s intrinsic property. This is because physicists have found motion in practically all components within the atom. So, let’s just say that in a space environment, all existing things are in motion. And since there is no restricting factor for particle motion, the particle matter that is in motion is considered to be an event that occurs naturally. And in the primeval state, mass has no energy other than the potential energy of motion. In fact, no energy can exist unless it is produced by close interaction with other masses in motion. For this, energy needs to be produced as well as stored into a permanent magnet specific format. So, it won’t be wrong to state that massbits are mechanically workable and also offer a logically correct way to develop energized matter, that too, in an environment where nothing exists but masses that are in motion. Hence, I am using massbits to build on, as these are the simplest components that exist. So, simply stated the massbit is an incredibly tiny mass bit while an electron-massbit emb is a converted massbit. A good example of this is the permanent magnetic bar, a shape which can equal any odd-shaped object.

Suppose massbits to exist in the primeval state in the t0K environment, and are continuously in the rotation and translation motion state with no restriction in the motion’s direction. Hence, they move in disorder in terms of both direction and speed. In such an environment, massbits in motion are bound to come in contact and create actions that result in the production of electricity. Furthermore, since the shape of massbits varies, some often are charged with +/- electric poles permanently, and because of the irregularity in shape of these massbits, they vary in electrical charges—possessing both strong and weak pull force in comparison to other embs. This explains how atoms are created with different properties and in sizes. These atoms are needed when molecules evolve for naturally-occurring elements. Furthermore, it explains how abiotic nature evolves in the particle matter composed of electromagnetic energy and mass. Simply stated, massbits that move in different directions and with different speed, and result in contact activity, will generate an electric charge, which in turn convert's massbits into energized-massbits embs. And as electron massbits are always in translation motion and as their speed and direction are irregular, they are most likely to coordinate because of the travel paths which are bound to coordinate. The combined forces of attraction have the capability to pull embs nearby together and also hold them as solid atoms.

The Milky Way Galaxy—How Is It Created?

When massbits evolve into atoms and are present in large quantities, they build a strong and combined force of attraction, which has the potential and the capacity to overpower the speed at which atoms travel. Within naturally-occurring events, atom accumulation into big celestial objects becomes possible and is truly the simplest way to create what we know as the Milky Way Galaxy. An atom that is made of electron-massbits may be small in size, but it is definitely a powerful object, typically because embs in a large number are in construction. This is what helps the atom possess a high force of attraction. This force of attraction is equal to the energy that is required to tear the atom into the components of electron-massbits. Thus, we can say that the attraction force here serves like the energy to bond embs, which is equivalent to the atomic energy available. They have an energy charge that is equal to the atomic energy serving as a pulling force between atoms.

As the strong force of attraction continues to pull atoms together, the pull force continues to increase as more and more atoms are gradually drawn to the growing dense object. Sometimes, these invisible celestial objects tend to become so big that only two are enough to provide all the atoms within the Milky Way Galaxy. These forwards moving objects have amazing motion energy. (per science, celestial bodies travel at the speed of light). Therefore, if their moving path intersects, inevitable collision produces an outburst of extremely fast-moving and very hot atoms. Such an event dictates the direction in which the bulk of atom's moves away from the central point where the collision occurs. This action initiates the final shape of the fully grown galaxy, which explains the variety of shapes, galaxies appearing in the Hubble deep field pictures. I feel that for you, the reader, it’s important to first understand the difference between the inner working & initial distribution of the matter by two different points—explosively driven-action & the action that results from the high-speed collision of two objects. Since the explosively driven-action is the conventional and well-known explosion method, I will focus on and explain what exactly happens to the matter when the two objects collide.

To understand the concept better, simply visualize the action in your mind. Think of two objects colliding into one another. Normally, this action will take a small fraction of a second. When colliding, we’ll assume that these atoms escape motion is sideways, about 90° from the travel axis, because in a mechanical sense this is the only direction the bulk of atoms can move. We’ll also assume that the speed at which they escape is super fast on the outer side, and the escape speed is slowly decreasing as the layers change. Therefore, the speed is the lowest in the inner core. Logically, this action is also true because the impact speed lowers as colliding action progresses and the two objects break up in the gradually increasing cloud of atoms. Simultaneously, the colliding action in the final state, the bouncing back combined with the increasing gravity creates the void in the center as explosively driven atoms travel outwards. Now let’s discuss the evolving Milky Way Galaxy, shall we? Let us dig in deep on how the speedy galactic atoms have the capability to accumulate and then form into separate star systems. Well, this actually doesn’t happen unless the pull forces are really strong that can slow down the atoms expansion speed. The pull force is strongest where the atom concentration is the highest, which is at the center region of the total distribution, and that explains why the center reason of the Milky Way Galaxy is bulging from the denser concentration of star systems. However, what’s even more interesting is that humans have figured out that the shape of the Milky Way Galaxy, that basically concurs with the mechanics, is created by the head on impact of two rotating and speedy colliding objects. By now, you should have a clear understanding as to why the forces that pulls are strong and have the power to stall the motion of expansion to the state of equilibrium and so establish the environment for accumulation of separate star systems within the galaxy. So it seems, the motion-related interactions are main forces behind the evolution from mass to galaxy and its internal construction.

This should be interesting reading, let us hear your view on this topic..

Supporting Material for Explosively Developed Milky Way Galaxy

It’s true that galaxies function separately as independent systems. They are not impacted by any kind of mechanical influences from other nearby galaxies. So, I feel that if you’re able to understand how one of them works, you’ll be able to understand the working mechanics of the universe. There is a possibility that the Milky Way Galaxy evolved from the smallest possible mass objects that exist in the realm of the abiotic nature. Therefore, it’s predictable that the mass might be in the electron-massbit state, but most likely in the state of atoms, made from embs. Looking at the existing objects of dark matter, which presence is identified by observed force of gravity, which comes from a solid object of accumulated atoms. The concept seems quite feasible in the abiotic nature. It can create matter from an environment that is practically empty, initiating the process where massbits evolve into atomic building blocks. These large and heavy objects travel independently, hens, are at a high risk of collision. This explains different formation in observed galaxies. Let’s take a look at some examples to understand this concept better. The spherical or elliptical distribution of matter could be one shape that we can discuss. The speed truly matters here. The impact that is achieved at the slow-speed level allows the moving objects are to mix into each other instead of exploding and bursting, which is usually what happens during a high speed impact. Another example can be of a variety of galaxies in spiral shape. It basically results from two spinning and rapidly moving objects that collide at different degrees during a frontal impact. This surely explains the randomly distributed galactic matter, different shapes and the number of arms in every spiral galaxy.

If we keep the shape of the Milky Way Galaxy in consideration, it basically has four gradually thinning spiral arms, and the center reason is bulging from heavy concentration of solar systems. As I mentioned earlier, the Milky Way is created by two colliding objects moving in fast rotational and linear motion when they came into contact. Therefore, simply stated, the results from the impact of the two objects largely depend upon the size of objects, rotational speed, approach angle and the impact speed. The detail observation indicates; the distribution of matter for spiral arms is due to the forces that are created during collision. Therefore, it is easier to understand that the galactic matter distributions that result in different shapes and sizes of spiral arms are due to rotation of axes of the objects colliding with that occurs at the time of initial impact. So it can be said that the collision of two compact objects, was large enough to have atoms for complete Milky Way galaxy, thus no further accumulation of the space matter is necessary. Here, you should note that the final shape and size of the spiral arms of the Milky Way Galaxy can be observed when the balancing-forces of gravity in the distributed mass and speed of the forces of the expanding matter comes to the state of equilibrium.

Electro Magnetic Energy and Massbits Explained

I have explained all that in a simplified version here. Take a look… suppose the atom is formed from a huge number of electron massbits and that every emb features a strong force of attraction. The bonding force equals to that energy which is required to split the components of the nucleus. This statement also applies to an atom that is created by the electron massbits. Let’s say that the atom doesn’t have any orbiting electron and that its content is made up of electron massbits. Since we don’t know the exact size of the emb as of yet, the number of electron massbits in every atom is in the abstract format. Hence, the atomic mass needs to be equal to the atom size instead of the nucleus size which usually can’t exist in the abiotic galactic matter. This means the total force of attraction equals the energy that is required to split the electron massbit atoms into their component parts. We can say that this concept would yield either equal amount of or more energy as needed from the high-nuclear force.

Understanding the Nuclear Energy Available

It is important to understand that the energy is always associated with and generated when the mass is in the state of motion and interaction with other masses. So, the nuclear energy that has to be obtained also comes from electron massbits. These are fully-charged with the electromagnetic force of attraction, making up the atom entirely. The force of attraction makes up the energy required that rips the atom into the component parts. This is also valid when we consider atoms being made of embs. So the problem is definitely solved when we think of the atom being made by the abiotic nature. It solves the high and bonding energy issue which is basically used as the primary source for the nuclear energy. Simply put, the massbits in motion create a force that is then converted and transformed into electronic energy by contacting activity among different moving massbits. At this stage, the electron energy is produced and is safely stored in every massbit that is involved throughout the process which means these massbits are created into energized electron-massbit (emb).

Explosion Driven Action—Distribution Explained Practically!

If you wish to observe the explosively driven action distribution in real, simply hold a rubber string with both your hands. Your left hand moves toward the left in steady speed while the right hand should follow in the same direction, both simultaneously but the speed should be slower. The area behind your right hand represents a void, while the string’s tip which you will be holding by your left hand would represent the expanding and fastest-moving matter. Incidentally, this action cannot coincide with the description the universal matter was distributed from a one small object or from the collection objects in a small region.

Now that you have an idea how the primeval mass can get energized and evolve by chain of several mechanically executed actions each of which contribute to the finale assembly of the galaxy. In fact, collision plays major part in every aspect in evolving galaxy. Mass bits get energized, atoms accumulate and create matter in the galaxy by colliding objects. Again, atoms accumulate and billions of collisions within the galaxy create suns and their planets. Furthermore, because atoms come in different size and weight and colliding large objects are made of these accumulated atoms. Thus the force generated by the impact action, acts as a separator. Because, the explosively driving force applies differently upon lighter and heavier atoms, thus distributed atoms travel in different speeds. Which in turn, create an environment where speeding atoms are grouping with atoms in similar weigh. This activity may explain observed heavenly objects in different size and density.

Again, your input is greatly appreciated and can kick into this true finding mission.

JK