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Elucidating the Identity of Dark Matter

The identity of dark matter and proof of its existence

Physics Original Theory Research Series 1  2020/12/26 S.Asada Corrections and additions are made at any time   →Japanese edition日本語版

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It is an observational fact that dark matter, an unknown substance that is not observed but has the effect of creating a gravitational field, exists in large quantities in this universe, and that the total amount of it exceeds the total amount of visible stars and galaxies. In this paper, we will elucidate the identity of this dark matter with our own theory, and clarify how it is made and what kind of properties it has.

0. Conclusion

It may be slightly different from the conclusion of Einstein's equation , but according to this theory, inertial mass and energy do not have the ability to create a gravitational field (distortion of spacetime). We usually call the property of receiving acceleration and inertial force in the gravitational field "mass". Furthermore, mass and energy are equivalent in this property (E=Mc^2)

The conventional standard theory holds that the gravitational field is a distortion of space-time whose magnitude is described by the mass, energy, and momentum tensors. Roughly speaking, this means that it is mainly the mass that creates the gravitational field. In other words, it is the claim that "mass receives acceleration in the gravitational field and also creates the gravitational field."

However, according to this theory, the cause of creating a gravitational field is due to another type of ability that matter itself has, and mass and energy do not have that ability.

As a phenomenon that is widely recognized as a general theorem (the law of conservation of mass and energy), when substances are bound by gravity or electric force, they always release binding energy, and as a result, the mass is reduced by the mass conversion value of that energy. do. If so, it would be reasonable to think that the mass of the substance eventually becomes zero when the binding energy increases steadily and the accompanying large binding energy is released.

Matter continues to exist even if its mass becomes zero. Mass is one of the properties of matter, but there are also states where this becomes zero. Just because mass is zero doesn't mean matter is gone. And the matter continues to retain the ability to create a gravitational field.

Gravitational bonding and electrical bonding can certainly occur with bonding energies so huge that the mass becomes zero. Matter that has lost its mass in this way disappears, leaving only the property of creating a gravitational field, and becomes almost unobservable. My argument in this paper is that this is the identity of dark matter .

Specific dark matter candidates include electron-positron conjugates and proton -antiproton conjugates. These have zero volume and mass in three-dimensional space, as explained in detail in " Proposal of Four-Dimensional Volume Conservation Law ". For the proof of this, see "2. Proof  of existence of vanishing mass" .

Since they have no inertial mass, they probably move at the speed of light, and since they have zero volume in three-dimensional space, they usually interact with matter, pass through without colliding, and continue moving at the speed of light. The probability of existence will be widely spread. However, it has the ability to create a gravitational field as an invariant. In other words, it continues to maintain the gravitational field it had before the mass disappearance occurred.

Such dark matter has an individual gravitational field so small that it cannot be observed. However, since the number of existence is enormous, it will have a great influence on the movement of galaxies and even the formation of the universe at the cosmic level.

The figure below shows the formation of dark matter by the combination of electrons and positrons. It also shows that dark matter can reseparate into electrons and positrons by absorbing high-energy photons. However, dark matter cannot absorb photon energy directly, and this reaction (pair production) occurs stochastically when it collides with another nucleus and enters a high-energy state.

In summary, when electrons and positrons combine with their strong electric force, they emit energy equal to their total mass in the form of photons, and themselves become entities with zero mass (vanishing mass dark matter). It has only the effect of creating a gravitational field and wanders through space. And when it absorbs a high-energy photon, it breaks the bond and splits again into an electron and a positron. Bonding is called "pair annihilation" and separation is called "pair creation". But if the theory is correct, the term may not be very correct.

 Sounds like a perfect theory, doesn't it?

Dark Matter

However, the illustration of the movement direction of the particles in the upper figure is not strictly correct. Actually, the law of conservation of momentum is obeyed. By the way, the electron-positron reaction also satisfies both the law of conservation of mass energy and the law of conservation of electric charge, and the gravitational field is also conserved.

The mass of the electron-positron combination = (electron, positron mass) 2 x 0.51 Mev - (emission photon mass) 2 x 0.51 Mev = 0 , that is, the mass of the electron-positron combination is zero. However, it retains the ability to create a gravitational field. This is ee⁺ coupled dark matter. There are also dark matter such as p- p ~ -bonded type and n-n ~-bonded type.

When dark matter passes near or through the nuclei of ordinary matter, it is subject to some strong electric forces, temporarily loosening the bonds. If a high-energy photon acts at this moment, it may be absorbed and the bond may be broken to generate a pair. It will also change its course under the influence of electric forces, resulting in a zigzag motion.

Due to the zigzag motion , dark matter is bound for a long period of time in areas with high celestial density such as galaxies . Even if the ordinary matter bends the path of the vanishing mass, it does not affect the behavior of the ordinary matter because the vanishing mass has zero mass energy. However, this is a two-party problem, and the situation is different in many mixed states, and the vanishing mass has a large effect on the behavior of ordinary matter due to the gravitational action. Furthermore, the dark matter group that affects the behavior of ordinary matter receives a reaction from ordinary matter. This action also causes dark matter to be restrained to some extent by galaxies.

In this way, the vanishing masses of dark matter are bound to the galaxy for a long period of time, and are distributed in high concentration, especially in the outer periphery of the galaxy. And the gravitational field caused by these can explain the uniform rotation of the galaxy's outer periphery.

In the region near the center of the galaxy, dark matter is trapped by the supermassive black hole at the core, so the dark matter density is lower than in the periphery. The supermassive black hole at the galactic center has grown rapidly, mainly due to its absorption.

There are restrictions on how black holes can absorb normal matter, making it difficult for them to grow rapidly. A black hole will have a large absorption cross-section for dark matter due to its spatial structure. A black hole that absorbs a lot of dark matter should have a small inertial mass compared to its gravitational force.

Proof? In that case, it will be a long sentence, and it is unlikely that you will read it, so I presented the conclusion first.

I wonder if it's okay~

1. Overview

The behavior of vanishing masses that have completely lost their mass, which I believe to be the identity of dark matter, is interesting. Its proper time has stopped, and its volume, inertial mass, and gravitational mass in three-dimensional space are also zero. Therefore, it travels at the speed of light and usually passes through matter without colliding with it. It is also unaffected by the gravitational field. However, it only has the effect of distorting space and creating a gravitational field. → Detailed examination of the behavior of dark matter

I try to prove the existence of such an object by a thought experiment. These proofs are possible within the realm of classical physics (mainly the theory of relativity), and do not require difficult or strange theories. It's not that you don't need it, it's that you can't use it 

I recognize that this theoretical development is slightly different from the common sense of modern physics, but I can't find any mistakes in my knowledge. If there are any mistakes, I would like to know, so I am waiting for the criticism of those who are more knowledgeable. 

 Thank   you. Please explain in such a simple way that even a junior high school student can understand it. 

I have already touched on the vanishing mass in The Story of the Birth of the Universe (My Original) , but there was not enough depth to consider it as part of the whole. Only this will be examined in depth here. 


2. Existence proof of vanishing mass

The main theme here is to prove that matter without mass (vanishing mass) really exists. In particular, we clarify that the properties of inertial mass and energy are different from the ability to create a gravitational field .

As a general explanation of the gravitational field, the Einstein equation states that the source of the gravitational field (distortion of space-time) is the energy -momentum tensor consisting of energy and momentum ( see wikipedia ), but this paper denies this. do. The reason for this is explained in detail by a thought experiment in the text.

When multiple objects release binding energy -Ef by binding with gravity, electromagnetic force, nuclear force, etc., the mass corresponding to the binding energy Ef (ΔM = Ef/c^2) disappears from the total of the original masses. is a well-known fact and there is no room for doubt.

In order to expand the interpretation of this well-known phenomenon and to verify the results, we will tackle the following themes (1) to (3). Thereby, the above object is achieved.

Theme ① 
Assuming a state in which the bond energy is extremely high in the bonding of multiple objects, it is easy to assume that the mass will disappear from the substance. Note that the term “bond” is not limited to coalescence, but also refers to a state in which a bonding force acts in close proximity.

Theme ② 
And even if the object (matter) emits binding energy and the mass and volume become zero, the substance continues to exist in the four-dimensional space-time. The volume and mass in the three-dimensional space are zero because the time axis has grown to infinity → Proposal of the four-dimensional volume conservation law

Theme ③ 
In addition, mass is equivalent to energy and can completely escape from matter, but matter has the property of creating a gravitational field, which is immutable and cannot be separated. This property is called gravitational elementary weight here. I think that the invariants of the universe include mass energy, electric charge, and gravitational weight.

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2-1. Policy of logical development → Proof of existence of vanishing mass

The mass referred to here (inertial mass or gravitational mass) is a passive property such as receiving inertial force or receiving acceleration in a gravitational field. This does not include the active nature of creating a gravitational field.
For example, the gravitational acceleration near the ground surface is 9.8m/s ^ 2, so a force of 9.8N acts on an object with a mass of 1kg . Mass is equivalent to energy (the famous conversion formula is E=Mc ^ 2), and energy has the same properties as mass. In other words, it receives acceleration in the gravitational field and has inertia. However, I argue that mass and energy have no effect on creating a gravitational field.

2-1-1. Difference from conventional definition

In the conventional definition, the gravitational field has also been regarded as a mass energy and momentum tensor, but here it is necessary to treat the " property of receiving inertial force and acceleration in the gravitational field "  and the property of creating a gravitational field "  as separate things. there were. Therefore, they are divided into two elements, mass energy and gravitational elementary weight. 

A gravitational field is a distortion given to space by something that has the ability to create it. In other words, it is not a force that simply acts between objects like nuclear force or electromagnetic force.

2-1-2. Adoption of the term gravitational mass

The ability to distort space and create gravitational fields is not associated with inertial mass, energy, or momentum, but rather as an independent property and associated with matter. As a representation of this property, the word "gravitational elementary weight" was applied here.

           [Figure 1] Thought experiment device

2-2. Commentary on the “thought experiment device”

It is assumed that the thought experiment device in [Figure 1] is not affected by external forces such as gravity. Suppose that A and B are massive objects with completely equal masses. A gravitational force acts between A and B. However, A and B are connected by wires to the power generation motor, and the distance cannot be changed unless this rotates. The generator motor referred to here is an ideal converter that reversibly converts rotational energy into electrical energy, and the conversion efficiency is assumed to be 100%.

Operate the generator motor so that A and B approach. The combined energy is then released and the generator motor generates electricity to charge the battery with electrical energy. Conversely, to separate A and B, electric energy can be supplied from the battery to work as a motor, and A and B can be separated.

For simplicity, we assume that these movements are slow and the momentum is negligible. The direction of movement, speed, etc. can be controlled in any way by controlling the amount of energy supplied and released to the generator motor. 

2-3. Case where mass energy is completely lost from matter →  Proof ① 

Assuming a state in which the bond energy is extremely high in the bonding of multiple objects, it is easy to assume that the mass will disappear from the substance. Note that the term “bond” is not limited to coalescence, but also refers to a state in which a bonding force acts in close proximity.

For example , suppose that two substances A and B are combined in a gravitational field. It is a well-known fact that the binding energy ΔEf is then released and the mass (ΔM=ΔEf /c ^ 2) corresponding to that energy is reduced from the mass before binding. → Einstein's famous conversion formula E=Mc 2

This phenomenon applies not only to gravitational coupling but also to electric force, magnetic force, chemical bond, nuclear force, and so on.

This is explained using the thought experiment device in [Figure 1]  . For example, since objects A and B have a large mass, they create a large gravitational field and exert a strong gravitational force. A generator motor stops this through a wire. Here, the generator motor is rotated slowly to shorten the distance between A and B, thereby releasing the binding energy and generating electricity, which is stored in the battery.

Then, the mass of A+B decreases by the mass corresponding to the energy transferred to the battery (ΔM=Ef/c ^ 2). Conversely, the mass of the battery is strictly increased by (ΔM=Ef/c ^ 2). This keeps the mass-energy in box ② constant and satisfies the conservation law.

Here, if the bond energy is extremely large, it is assumed that the mass of A and B becomes completely zero due to the release of large bond energy.

It is easily assumed that such extremely large binding energy can be released in the case of binding by gravity and binding by electric force. Mass loss due to gravity is a phenomenon that occurs on a large scale, and mass loss due to electric force is a phenomenon that occurs in the microscopic region. In the case of the micro region, strong and weak forces other than the electric force will also participate in the bonding.

2-3-1. Mass loss due to gravitational coupling

The binding energy due to gravity has the property that the binding energy increases infinitely as the total mass increases. So, for example, if A and B are neutron stars in the condition just before becoming a black hole (both are exactly the same in mass and other things), by bringing them closer, the bond energy release of both reaches the energy conversion value of their masses. , can have zero mass.

In another example, if a large number of Earth-sized stars are brought close to each other at the same time, the binding energy reaches the total mass conversion value even if they are not in contact with each other. Although the entire universe has a very low density, it is known that the total amount of gravitational binding energy and the energy conversion value of the total matter are almost close. → gravitational binding energy

In addition, the condition where the mass becomes zero is close to the condition where it becomes a black hole. Also , complete mass disappearance due to gravity is unlikely in the natural state. Because if the masses of A and B are not exactly equal, the mass after binding will not be zero.

In the case of gravitational coupling, it becomes a black hole in the process of gravitational coupling, and light energy cannot escape. Therefore, the mass energy is trapped and remains. So the loss would be about 50% of the total mass.

2-3-2. Mass loss due to electric force coupling

Electrons and positrons, protons and antiprotons, neutrons and antineutrons, etc. also have a large electrical binding energy when the distance between their charges becomes extremely short, and it is assumed that the mass becomes zero when this is emitted. In this case, since the absolute values ​​of the mass and charge of both are exactly equal, the mass after binding can be exactly zero. →  binding energy
 Binding energy between charges Ef≒9×10^9×Q1×Q2 ÷r^2 (r is the distance between charges Q1-Q2)- - - - This has the same form as the gravitational binding energy formula

According to a simple calculation, the distance between charges at which the mass becomes zero after this combination is about 10 ^ -15m in the case of an electron and a positron. In the case of protons, antiprotons, neutrons, and antineutrons, it seems a little complicated because they have an internal structure, but there is a distance between charges where the mass becomes zero. In the case of neutrons and antineutrons, the internal structure (quark level) has an electric charge similar to that of protons, and it is possible that they lose mass due to electrical coupling. → Confirmed in practice → (Example) electron-positron reaction, proton-antiproton reaction

In the case of protons and antiprotons, it is not known whether they are combined as they are or dispersed as quarks or anti-quarks combined. Unstable quarks also become vanishing mass bodies with zero mass by combining with antiquarks, and by stopping the proper time, it becomes a permanent life.

Considering the case of electric coupling in the above [Fig. 1], the attractive force F becomes an electric force. Since the extracted energy is equivalent to mass, it has the properties of mass (inertial mass, gravitational mass), but does not have the property of creating a gravitational field. Objects A and B have the property of creating a gravitational field.

2-4. Even if mass becomes zero, matter does not disappear →  Proof ② 

Matter continues to exist in four-dimensional space-time even if it releases its binding energy and becomes zero in mass and volume. The volume and mass in the three-dimensional space are zero because the time axis has grown to infinity → Proposal of the four-dimensional volume conservation law

In the previous proof, I came to the conclusion that the combined mass of substances A and B can become zero, but even if the combined mass of A and B becomes zero, A and B still exist. It's not that I stopped doing it. We prove it below.

2-4-1. Reversibility of Mass Disappearance Phenomena

Even if A and B release the binding energy in the thought experiment device of Figure 1 and the mass decreases infinitely, this process is reversible. If electric energy is supplied from the battery and the generator motor winds up the wires and separates A and B, the original masses of A and B will be restored.

In order to explain the essence of this phenomenon in an easy-to-understand manner, let us assume that the objects are Mr. A and Mr. B, human beings with individuality and complex and delicate structures. When Mr. A and Mr. B are gravitationally coupled, gravitational coupling energy is released. Then, the mass of the two people decreases by the energy released, and the energy is converted into electrical energy by the generator through the wire and stored in the battery.

The mass of the battery increases by that amount and satisfies the law of conservation of mass and energy in box ②. For the validity of this law of conservation, see " 3. Consideration of the Law of Conservation of Inertial Mass and Gravitational Field " at the end of this article. 

At first glance, it seems that Mr. A and Mr. B have moved to the battery, but since it is reversible, if you supply electricity to the generator motor and wind it up, it will return to the original Mr. A and Mr. B. Humans cannot easily be assembled from electrical energy, so we must think carefully about the meaning of reversibility. Even if the mass decreases or disappears, Mr. A and Mr. B will always exist in Box ①. In other words, there is no change in the coordinates of Mr. A and Mr. B. Their mass does not change from their point of view. It is a mass transfer and disappearance phenomenon from the perspective of an external observer.

For example, when a person descends from outer space to the earth, the gravitational bond energy is released and the mass is reduced. However, if you pull it up into space again, it will return to the original mass of a person. During this time, it is the same as the person's structure and personality will not change. These processes are reversible.

2-4-2. Proposal of four-dimensional volume conservation law to explain mass disappearance

The phenomenon that occurs to Mr. A and Mr. B can be explained by the shape change in the four-dimensional space-time. It seems that the 4-dimensional volume x, y , z , t is preserved in the 4-dimensional space-time . When a large amount of bond energy is released by bonding , x, y , and z (= mass) are reduced so as to satisfy the conservation law in three-dimensional space, and corresponding energy is generated.

Then, as x, y , and z are reduced so as to satisfy the conservation law in four-dimensional space-time, the time axis t is extended and the four-dimensional volume becomes constant, satisfying the conservation law. This means time is delayed.

To explain this with humans, when a large amount of binding energy is released, the x, y , and z seen by an external observer, that is, the volume and mass, are observed to decrease, and t becomes longer, in other words, the lifetime is observed to become longer. .

Ultimately, the volume and mass become zero, the time axis extends infinitely, and the proper time stops.

However, from their point of view (coordinates), their mass and time are normal and there is no change. This is only from the point of view of an outside observer → Proposal of four-dimensional volume conservation law

2-4-3. Mass loss and time delay appearing in all binding energy emission phenomena

It is well known that time is delayed when binding energy is released in a gravitational field and mass is reduced, but according to this paper, this is not limited to the gravitational field, but all binding energies such as electric force, nuclear force, etc. We claim that mass disappearance and time dilation occur on set in the phenomenon of ejecting .

2-5. Mass accompanies energy, gravitational field accompanies matter → proof ③ 

Mass is equivalent to energy and can be completely removed from matter, but matter has the property of creating a gravitational field, which is immutable and inseparable. This property is called the gravitational elementary weight here. I think that the invariants of the universe include mass energy, electric charge, and gravitational weight.

2-5-1. Proposed law of conservation of mass and gravitational field

Let us now consider the situation in Box ① in Figure 1. From here, energy can go in and out with wires, so there is no problem with the mass and energy in Box ① changing. However, since nothing goes in and out of Box 2, there should be no change in Box 2 as seen from the outside no matter what happens inside (conservation law should hold). This is the mass, the gravitational field, and the electric charge.

However, although the electric charge is preserved, there are positive and negative electric charges, so if the distance between the two is extremely close, the electric field will not reach the outside. See the extra edition at the end of the article for the proof of the correctness of this conservation law.

2-5-2. Whereabouts of the mass lost by the combination of A and B and whereabouts of the gravitational field

The discussion proceeds on the premise that the above conservation law holds. Consider the phenomenon that when A and B approach each other, the bond energy is released and the mass is reduced. The reduced mass leaves Box ① in the form of mechanical energy through wires, is converted into electrical energy by the generator motor, and is stored in the battery.

Here, in order to satisfy the above conservation law, all of the mass decreased in box ① must be an increase in the mass of the battery. In other words , all the lost mass becomes energy. It has a mass exactly equal to the mass whose energy has been reduced.

This is regardless of the form of energy. The same is true for light energy, thermal energy, and chemical energy. This is because no matter how the energy is transmitted from objects A and B to the battery, the result will not change. Also, energy storage need not be limited to electricity, and various forms of energy storage do not affect the results. The same is true for devices that store light energy over long distances. Therefore, the photon also has a mass energy of hν/C^2.  Are you saying that?

Even if Mr. A and Mr. B combine and release energy and the mass decreases or becomes close to zero, if they are separated again by the power generation motor, they will return to Mr. A and Mr. B with their original mass and individuality (reversibility).

2-5-3. Rejection of the myth (theory that the gravitational field is energy and momentum tensor)

If the energy (mass) transferred to this battery had the ability to create a gravitational field, as Einstein's equations say, then the gravitational field would be transferred to the battery, which would be completely wrong. If so, when the mass of Mr. A and Mr. B decreases, the gravitational field will also become smaller, and it will become impossible to extract energy gradually.

In that case, even if they are separated by a power generation motor, the attractive force between them is weak, so sufficient energy is not supplied, and Mr. A and Mr. B are simply separated. Then the energy does not flow back and cannot return to the original state. Mass remains reduced. In other words, it becomes irreversible.

But this would be wrong according to the common sense of the laws of physics. Physical phenomena that are irreversible are time and entropy increase, and this case is a typical reversible change. If such an irreversible change were to occur, people would have to lose weight as they went up and down in the elevator. decrease the number of cells? Do cells get smaller? change personality? physically impossible.
 In such a strong gravitational field, Mr. A and Mr. B will die, so it is irreversible. In the thought experiment, A and B are very strong, so I'm done with it. Besides, even if it is an everyday weak gravitational field, the same thing as the above happens on a daily basis, even if the numerical value is small.

2-5-4. Whereabouts of gravitational field → attached to matter


Then, correctly, the gravitational field must remain inside box ① without moving. From this, it can be concluded that the nature and ability to create a gravitational field are associated with Mr. A and Mr. B. The property and ability to create this gravitational field is called gravitational elementary capacity. In the past, gravitational elementary was treated as the same thing as mass energy, but here we will treat it as an independent ability.

An object that has completely lost energy and mass can create a gravitational field, but since it has no mass, it will not receive force from other gravitational fields. In this way, the property and ability to create a constant gravitational field associated with an object is the gravitational elementary capacity. The unit of gravitational mass is kgt for the time being. And it will be equal to the mass of matter that has not released any binding energy.  This is the owner's hypothesis. 

2-6. About the charge case

Although the above proofs have mainly discussed gravitational coupling, similar conclusions can be drawn for charges. Here we consider the charge case in detail.

In the case of gravity, conventionally, the ability to create a gravitational field zx and the mass were equated with the mass. Since it is separated from the mass from the beginning, the problem is simple.

Substances (electrons, protons, etc.) contain electric charges, and strong electric forces act between electrons and positrons, for example. It is easily assumed that the mass of the electron-positron will decrease if this electric binding energy is released, and that the mass will become zero if the binding energy increases further.

This is the same conclusion as for gravity. However, in the case of electrons, etc., the experimental apparatus shown in Fig. 1 cannot be applied strictly. Attaching wires to electrons is out of scope for thought experiments. The binding energy cannot be extracted continuously, so it needs to be treated with quantum mechanics. However, the basic idea is the same as for gravity.

2-6-1. Mass loss due to electron-positron coupling

Empirically, electrons and positrons approach each other and release their binding energy by emitting photons (gamma rays ) . However, this emission is not performed continuously at any time, but two photons of 0.51 Mev equivalent to the mass conversion value of electrons and positrons are emitted and instantly combined.

The electron-positron pair that released the binding energy becomes zero in volume xyz and mass in three-dimensional space, and seemingly ceases to exist. However, it continues to exist in 4D spacetime, and continues to have the ability to create a gravitational field. In addition, although the electric charge does not disappear, the electric force is canceled because the positive and negative equal charges are contained in the zero volume in the three-dimensional space, and the electric charge cannot be observed from the outside by normal methods.

In the previous proof, we proved that mass and energy do not have the ability to create a gravitational field . Become.

We presume that this space contains many "electron: positron . These are not observed because they have zero volume and mass in three-dimensional space, but they have the ability to create a gravitational field, so the effect of this is likely to appear strongly, for example, in the rotation of the Milky Way. In order to explain the state of motion of most of the hundreds of billions of galaxies that are currently confirmed to exist, it is necessary to assume that such objects (dark matter) exist in greater quantities than normal matter.

A huge black hole has also been observed in the early universe, but it is difficult for ordinary matter to accumulate on such a large scale in a short period of time. However, dark matter, which has no mass, travels at the speed of light, so it may have accumulated in the black hole in a short period of time and made its gravitational field enormous.

Along with that, normal matter and light energy were absorbed and accumulated, and the mass became huge. This effect also caused galaxies to grow rapidly.

2-6-2. Reseparation of electron-positron combination (pair production)

In vanishing mass bodies such as electron-positron conjugates, the charge is preserved, but since the distance between both charges is almost zero, the charges cancel each other out, and the influence of the electric field to the outside is almost eliminated. but not strictly zero. Therefore , under special conditions, this charge pair may reveal its properties.

For example, when it passes near the nucleus, it may change course or receive energy under the influence of the strong electric field. Under these conditions, when a high-energy photon or the like acts, it receives energy from it, breaks the bond, and generates an electron-positron pair.

Here again, it is different from the idea of ​​Mr. Dirac and others, but it can not be helped. I attach great importance to the laws of conservation of mass energy, electric charge and gravitational field.

2-7. Experimental proof method 

A familiar example is iron, which is the most stable atom (having the highest binding energy), and is lighter than the sum of the protons, neutrons, and electrons that make it by the binding energy of the nucleus. Since the sum of the masses of elementary particles is the gravitational elementary mass, iron is the substance with the largest difference between the gravitational elementary mass and the inertial mass. If the gravitational field created by 1 kg of such a substance and 1 kg of a substance with relatively small binding energy such as hydrogen is precisely measured, iron will have a slightly larger gravitational field.

Combining an electron and a positron produces 0.51 MeV x 2 photons and a mass-zero (electron-positron combination). If we can catch this, the validity of this theory will be proved. However, since it has zero mass, it moves at the speed of light, and since it has zero three-dimensional volume, it can pass through substances, making it difficult to detect. It's probably only detectable by the gravitational field it creates, but it's extremely small.

3. Consideration on the law of conservation of inertial mass and gravitational field

The theoretical development in this paper is based on the premise that the conservation law holds that the inertial mass and the gravitational field measured from the outside of Box 2 will not change no matter what reaction occurs in Box 2, which has no ingress and egress from the outside. I have to. If this is correct, the conclusion here should be correct. But if not, the conclusion here would be a big mistake.

But if we assume that this conservation law is wrong, another big problem arises. For example, in the thought experiment device in Figure 1, suppose that the mass does not change even if the battery is charged. Consider the case where the conservation law does not hold.

First, move A and B closer and farther apart in box ①. If the generator motor or anything else is 100% efficient, no external energy supply is required for this operation.

Then, when looking at box ② from the outside, it is observed that the mass is changing. For example, if you put this on the ground, the weight will change repeatedly.

If there is such a thing, for example, if it is placed on a spring, it will repeatedly move up and down. Then you can generate electricity with that movement. In other words, an infinite amount of energy can be extracted from nothing. This is a perpetual motion machine of the first kind and violates the first law of thermodynamics. At this stage, we can completely deny this as "impossible".

In other words, the conservation law that the mass does not change when there is no going in and out of the box ② must be strictly established. Then we can conclude that the proof of the existence of dark matter, which we concluded in this paper, is also correct.

In addition, it is concluded that the conservation law that the gravitational field does not change is also correct in the same process. For example, if the pair annihilation and pair generation of electrons and positrons causes their gravitational fields to vanish and generate, the result would be to allow the existence of a perpetual motion machine of the first kind, and the idea is strongly denied. .

To explain this in detail, it is possible to assume an equilibrium state in which pair annihilation and pair generation occur repeatedly even if there is no input or output of energy in the box. If annihilation causes the gravitational field to disappear, the gravitational field of the box will change. Then, when a spring is placed on top of it and a substance is placed, the substance repeats up and down motion. Then, energy can be extracted from it, and it becomes a perpetual motion machine of the first kind. Therefore, such a thing cannot happen. In other words, even if they annihilate, we can conclude that their gravitational field does not change.

 The mass of an electron is very small, and the gravitational field it creates is at an unobservable level, but the fact that a first-class perpetual motion machine can theoretically be created no matter how small the output is, proves that assumption is wrong. become. At least in classical physics,     classical physics is the age of Einstein, Niels Bohr, Heisenberg, etc. 

Strictly speaking, this operation changes the center of gravity position. Then, the energy will come out as gravitational waves, and it is also possible to take out the energy outside using the movement of the center of gravity inside the box. Therefore, from Box 2, the premise that "no energy goes in and out" cannot be fully observed, and the conservation law does not hold strictly. However, this does not affect the conclusions of this paper. Repeating the approach and separation of A and B means that the required energy is not strictly zero. As a thought experiment, this problem can be avoided by assuming that the box or apparatus is infinitely small.

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