Are gluons the wave movement that surrounds the superpositioned and entangled quarks?

The model of superpositioned and entangled particles

Gluons are the elementary particles when they are out from protons and neutrons. But the wave-particle duality means that it is also the wave movement. So could the form of gluons the wave movement when they are inside the proton and neutron? 

Wave-particle duality means that all particles are also particles and wave movement. First, that ability was seen in photons and the light was proven to have particular and wave movement forms. But then the wave-particle duality proved to be a universal phenomenon that happens in the quark-size world. 

The thing is that things like quarks and electrons can turn to wave movement and particles don't mean that any other things other than elementary particles can turn to wave movement and back. The reason why the proton cannot travel through the black hole. Is that the black hole will separate its quarks away from the structure. But quark an electron can make that thing because they have no sub-particles inside them. 

Protons and neutrons are the particles that are forming of the quarks. And between quarks are traveling mysterious particles called gluons. Gluons are the things that keep quarks in form. The question is could it be possible that gluon is more wave movement than some kind of particle. Could it be possible that the gluons are traveling inside the protons and neutrons by the form that is like "8"? That could mean that the gluon is the power field that is traveling between the superpositioned and entangled particles. 

If the gluon is the power field or bite of wave movement that acts like the wire that connects particles called quarks together. That thing would explain why protons and neutrons are splitting. When those quarks are rotating inside that quantum wire they are delivering wave movement through the quantum space.  So the thing that makes the proton and neutron disappear is the quantum friction. That thing causes the wave to move away from that thing. 

https://en.wikipedia.org/wiki/Gluon

https://en.wikipedia.org/wiki/Wave%E2%80%93particle_duality

When the energy stress to the structure ends. The particles release the extra energy as radiation.

That radiation burst pushes particles away from each other. And that is the thing that breaks structures. 

The extremely powerful radiation can destroy even the neutron star. The idea is that the high-energetic radiation burst is hitting the neutrons that thing loads them with energy. And when the energy is released the energy radiation will push those neutrons away from each other. The idea is that the neutron star turns to the extremely high-energetic neutron bomb. 

Neutron radiation is released in two stages. First, the neutrons are delivering electromagnetic wave movement. And if that wave movement is strong enough it pushes the neutrons out from the structure. 

The hitting energy load would not break the neutron structure. The moment when the radiation is breaking the structure. Is when the energy load is ended and the particles are delivering the extra energy away. This is one of the things that we must realize when we are talking about energy and how it affects particles. 

If we are thinking that the energy load that is targeted to the object is positive energy. And the energy that comes out from the object is negative energy we must realize that the energy that travels in one direction is not breaking structures. But when the direction of the energy is turning that is the thing that breaks the structures. 

https://thoughtandmachines.blogspot.com/

The extraordinary form of the black hole can be the source of some strange radio signals.

The thing that causes suspicion that behind some of the strange radio signals is the radiation emission of the wave movement of particles. Those are slip out from the singularity. The energy level of those particles is higher than in the material disk around the black hole. 

And that causes the flash of energy that comes from those particles. The fact is that the problem with the Alpha Centauri radio signal and especially with the Wow!-signal is that they are unique. There should be a black hole that sends the energy very seldom. 

Is there more than one frequency of Harking radiation? Hawking radiation is the radiation that comes out from black holes. The reason for that radiation is the oscillation of the black hole. But is there some other frequency of radiation that comes out from the black hole? 

The precise point of the origin of the Hawking radiation is not known. Suspicious is that the Hawking radiation is coming from an extremely close area of the event horizon. But there is the possibility that Hawking radiation is the emission radiation of the particles slipping away from the black hole. When the energy level of those particles is decreasing they are sending photons. But is there the radiation that origin is inside the event horizon? 

So is the thing that causes the strange radio signals the Hawking radiation? Or is the thing that there are also many frequencies of Hawking radiation? Or is the size of the particles that are sending the radiation that causes the strange radio emissions different than in other places. The fact is that the impacts of the particles near the black holes are happening between particles and wave movement that have extremely high energy levels found anywhere else. So the unique conditions can cause the unique radiation frequencies. 

Black holes are forming of the material that does not exist anywhere else. The form of the material in the black hole is like wave movement rather than a particular form. In the singularity material and time are together, and the time is moving backward behind the event horizon. So the material that forms the back hole is like tape which orbits the ball-shaped structure. The speed of the whirling particles in the event horizon is extremely high. So the particle is acting like it would be the tape which orbits the center of the black hole. 

But it can also stretch to the form of the wave movement. So at least some of the particles not dropping in the center of the black hole at 90 degrees angle. Most of them are continuing their orbiting movement behind the event horizon where gravitation wins the speed of light. And that means the whirling movement of particles of the transition disk continues beyond the point of the event horizon. 

The speed of the whirl is extremely high. And even the smallest changes in the form of the singularity and event horizon cause conditions where wave movement escapes from the black hole. When the wave movement and particles are whirling behind the event horizon, they are affected by gravitation, the wave movement that travels through that layer but also the centripetal force. 

That force has an effect when the speed of particles is extremely high.  It pushes those particles and wave movement to the event horizon. The energy that travels through that layer increases the energy level of those that layer so high that sometimes the energy of those particles can win the gravitation and slip through the event horizon.  And sometimes the eave movement tapes are jumping outside. In that case, the wave movement and the photons are slipping out from the black hole.

In the cases of photon or wave movement escapes from behind the event horizon. This thing causes interaction with other particles in the transition disk. The energy level of the wave movement that comes out from the event horizon is higher than particles of the transition disk. 

And that means the wave movement is delivering energy to those particles which energy level is extremely high. So the impacts of the extremely high energetic particles or bites of wave movement are causing that there is delivering some radio waves with unique frequencies. 

https://www.eso.org/public/news/eso2018/

https://en.wikipedia.org/wiki/Hawking_radiation

https://en.wikipedia.org/wiki/Wow!_signal

Image:https://www.eso.org/public/news/eso2018/

https://thoughtandmachines.blogspot.com/

The exotic particles can form near supermassive black holes.

There are two types of radiation near black holes. The radiation comes from the transition disk around the black hole. And the radiation that comes from the black hole itself. The form of the Hawking radiation is in the oscillation of a black hole. 

When the black hole oscillates it sends the electromagnetic wave through the universe. The form of Hawking radiation is similar to other radiation. When a black hole rotates or turning smaller it sends wave movement to the universe. And also sometimes photons are slipping out from the black hole. And those interactions are the origin of Hawking radiation. 

The conditions near supermassive and other black holes are extreme. 

Near the black hole photons and electromagnetic waves are orbiting the event horizon. But also other particles like ions and electrons are moving around that object. 

The transition disk around the black hole together with Hawking radiation affects everything that is falling in the black hole and when that high-energetic radiation hits particles. And the wave movement that is falling black hole. That thing causes that the wave-particle to form photons and other particles they are starting to push that radiation or wave movement at the front of them.

Some conditions are possible only near black holes. At the point of the event horizon also other particles than photons can reach the speed of light. And that thing is making the black holes so unique that these kinds of things are hard to understand. When we are saying that black holes are destroying information we mean that it pulls the wave movement straight. But also the particles that are orbiting that monster are destroying information. When a particle is coming near a black hole it would pull in the whirl that surrounds the black hole by the gravitation. 

In that case, the particle will face extremely powerful radiation stress. And that radiation increases its mass. But also there is the possibility that the angle of the falling particle is about 90 degrees. When it hits the whirl. That means that the high-energetic particles are hitting each other. In those situations, things like electrons can hit together because the kinetic energy of those particles is so high that electromagnetic forces cannot change their trajectory before impact. 

Other black holes are orbiting the major black holes. The reason for that is that the high-energetic radiation that comes out from the black hole and especially from the transition disk is turning material too energetic. 

https://physicsworld.com/a/mellow-supermassive-black-holes-could-be-creating-mysterious-cosmic-particles/

https://en.wikipedia.org/wiki/Hawking_radiation

https://thoughtandmachines.blogspot.com/

A couple of words about photons

The photon is the particle of light. Or actually, the photon is particle and wave movement at the same time. The thing that the light is a particle and wave movement caused an idea about wave-particle duality. The idea is that all material is wave movement and particles at the same time. So when I'm writing about photon as a particle I mean also the wave movement form of that particle. 

The speed of the photon is always top. Nothing can reach its speed, and that means its fastest known particles. There is no time at the "surface of the photon" and the thing that makes it interesting is that photon has no mass. But photon has an energy load which means it can transmit or carry energy between two objects. 

Without that energy, the laser would not work. The thing that makes photons special is that they don't have mass. But if a particle would not have mass it should not have the ability to transport energy. But a photon is transporting energy. And we must just ask if the form of the photon is so complicated that the researchers just cannot measure its mass? 

If the photon is the quantum-size black hole. There is the possibility that the hypothetical graviton and photon are the same particle. The reason is that the photon itself doesn't have measured mass but it can increase the energy level of other particles and objects. So that means the photon could itself be the missing transportation particle of gravitation. When the energy level of the object is rising. That causes that the mass of the object is also rising. 

Sometimes is introduced ideas the photon is the wave movement or particle. That is jumping inside the quantum field. So is photon the quantum-size black hole which energy field is pushing energy outside stronger than gravitation would pull the radiation inside? 

If the size of the radiation bubble around the black hole is larger than the gravitational pulling radius. That means the black hole turns pushing. This thing is possible if the pushing effect of the radiation of the black hole is higher than the pulling effect of gravitation. 

And that kind of thing can happen if the size of the black hole is small enough. In the case of the quantum-size or miniature black holes. Is possible that the radiation at a certain distance from the black hole would win the pulling effect of the black hole's microgravity field. 

If we are thinking possibility that the photon is the black hole that pumps energy around it. There is the possibility that the quantum-size energy field is forming the core which curves the wave moves away from it. The quantum field of the particle is like a ball or regular magnetic field. But it's smaller. 

So if the photon is the quantum-size black hole or graviton? That is smaller than the quark there is the possibility that the black hole is vaporizing less than in seconds. And then the own eruption energy of the quantum-size black hole forms it again. This is one of the things. That might cause that the mass of the photon is very hard to measure. In this case, the photon could be so small that it slips through quarks. 

Sometimes I wrote that is the shine of the photon the reason why its mass is so difficult to notice? At the image above this text is another model of the photon. In this image, the photon is the particle that is jumping inside the quantum field. And whenever the particle or the bite of wave movement is hitting the quantum field. That thing causes that the particular point of the power field will send the energy wave. And if that thing is true the reason why the mass of the photon is unable to measure is that the photon is hovering. 

That means the photon cannot interact with the measurement tools. If it would not strike the measurement tool with a straight angle.  In this model, the reflection of the surface can cause the photon which hits the layer at too gentle an angle to jump away before it can transmit its energy to the layer. This thing would work if the quantum field of the photon is hairy. The hairs are the point where the particle or wave movement interacts with the quantum field that surrounds the photon. 

https://www.zmescience.com/science/what-is-photon-definition-04322/amp/

https://en.wikipedia.org/wiki/Graviton

https://en.wikipedia.org/wiki/Micro_black_hole

https://en.wikipedia.org/wiki/Wave%E2%80%93particle_duality

https://en.wikipedia.org/wiki/Photon

https://en.wikipedia.org/wiki/Quantum_mechanics

Image:https://www.zmescience.com/science/what-is-photon-definition-04322/amp/

Is dark matter the energy state of the material? (Is dark matter some superposition of the particles?)

There is the possibility that dark matter is the energy layer of material that makes it invisible to observers. It could be the state of superposition of the material. That means regular material could act like a qubit. And if a certain energy state is reached, that means the state of the material is turning it invisible. In that model, the size of the subatomic particles is changed. And the wave movement or wavelength of the wave movement that those particles send while they are stressed with energy turns unique. 

Does the dark matter be the material that radiation passes like in stealth structures? There is the possibility that the quantum field of dark matter would turn wave movement to travel past it without causing the photon emission. One version of the thing that dark matter can be is that at least part of it is material that is too heavy or too energetic. The thing in dark matter is that sometimes it's predicted to be superpositioned particles. And that means the superpositioned and extremely high-energetic particles have a state what makes them invisible. 

Dark matter has caused many discussions and one version of the theory of the form of that mysterious thing is that it's the superposition of the regular material. Dark matter is the state of the material that we cannot see because its energy level is so different than other materials. The dark matter is the mystery and if we are thinking the dark matter as the source of dark energy that means the invisible wave movement is maybe the result of the ultra-fast spin. If the spin of the particle of dark matter is high enough that could turn the dark matter invisible because the radiation would go past those particles. 

While the particles of the dark matter are spinning they are sending the radiation. And that radiation might push the wave moves away from those particles. That means the dark matter is like the particle version of stealth technology. If the radiation would go past the particle without transmitting any kind of energy to it. That particle would not be visible because it would not send photons from it. Or the photon that is sent from those particles would delete the other photons. 

In this case, dark energy is the result of the interaction of dark matter. If the wave movement would travel past those particles. That thing means that there is nothing that can cause the interaction between visible- and dark energy. Dark matter is the thing that interacts with visible material by gravitation. And the new systems are giving more information about that mysterious dominator in the universe. 

https://thoughtandmachines.blogspot.com/

Thoughts about elusive fifth force

When Stephen Hawking made his theories about black holes those particles or objects were pure theory. The theory transformed into real models of the black holes when the first images of those objects are released. Today we know many supermassive black holes, but the only known stellar-mass black hole is still Cygnus X-1. 

More powerful tools in the observation and also data handling sides are the things. That is allowing to make the most accurate models than ever before. Artificial intelligence can follow billions of objects at the same time. It can also connect the data from multiple sources. 

And Those kinds of tools are important for creating new models for the universe and its internal, inter particular- wave movement interactions. The biggest error in some models is that people are thinking that the universe is stable. The universe is far away from its stable entirety. The massive energy bursts along with things like gravitational waves are opening new questions in material interaction. 

The new observations mean that the standard model of physics requires updates. There is strong evidence about the existence of the fifth natural force or fundamental interaction. So what is the fifth fundamental interaction? The fact is that if it is like the other natural forces. It should have particular and wave movement forms. 

Or wait a moment. The hypothetical transportation particle of gravity is called the graviton. There are no observations about the graviton. 

So the existence of that particle is not confirmed. The idea of the graviton is taken from other fundamental interactions. Those natural interactions have transportation particle and wave movement forms. But that duality is not seen in gravitation. 

The question is: what is the fifth natural force? The answer is that it could be some kind of wave movement. But what is the source of wave movement that causes errors in the trajectories of muons in Brookhaven laboratory? Could that radiation be some kind of Hawking radiation that comes from a higher dimension? The thing is that the fifth natural force is so elusive that it's hard to detect. It should be a very similar force with gravity. But weaker. 

Could somewhere in the universe lurking the "fifth force hole"? The hypothetical version of the black hole. The dominating effect of the black hole is gravitation. And the dominating effect of the fifth force hole is the fifth force. 

Gravity is the weakest of the four fundamental forces(1). And if we are looking at black holes in those cases gravity feels less weak than we might think first. So is there possible that somewhere is the "fifth force hole"? That would be similar to the black hole. But the dominating effect of the fifth force hole is the fifth natural force that is very elusive. 

Can the fifth natural force be the thing that interacts between the extremely large material entireties? That means the fifth natural force could be the thing that can be seen in the cases where universe-class material entirety is interacting with other material. The fifth force is so weak that gravity will cover it. And if we are thinking logically the fifth force is the thing that will start to interact between atom groups. 

The strong nuclear force is the interaction between quarks. The weak nuclear force is the interaction in the nucleus of the atoms, electromagnetism is the interaction between the electron core. And the nucleus of the atoms. And gravity is the interatomic interaction. 

So logically thinking the next size of the interacting particles in the molecules. So is the fifth natural force the intermolecular interaction? Another explanation for the Brookhaven anomalies is that the gravitational effect of the mass that is outside our universe causes those errors. So is the fifth natural force some kind of radiation which source is in the other universe? If that thing can be proven by researchers that also means that the multiverse theory is true. 

()https://physicsworld.com/a/more-evidence-for-a-fifth-force-found-in-radioactive-decay-measurements/

()https://www.sciencealert.com/neutron-beam-interferometry-could-reveal-the-elusive-fifth-force-of-nature

(1)https://www.space.com/four-fundamental-forces.html

()https://en.wikipedia.org/wiki/Cygnus_X-1

Image():https://physicsworld.com/a/more-evidence-for-a-fifth-force-found-in-radioactive-decay-measurements/

What if we can affect the nucleus of atoms by using radiation, what is targeted only in the nucleus particles?

What if we can affect the nucleus of atoms by using radiation, what is targeted only in the nucleus particles?

The thing, that makes supernova so special is the huge energy level, what it makes. When the star detonates the releasing energy is so huge, that the entire planetary system, what orbits it would terminate, but that is the case, what most people know. The enormous level of energy has also affected the atoms and the thing is that this radiation would pass the electron layers, and then affect straight to the nucleus, which would pull the electron cores to the nucleus of an atom.

In this case, the radiation, what would travel inside the electron layers would increase the energy level of the particles of atom asymmetrically, which causes that the electrons drop in the nucleus. This process starts the formation of the neutrons. 

This thing causes that all material is turning to neutrons. And if there is enough mass that process causes that even the neurons cannot resist gravity, and the object crushes itself to one point, which is called a singularity or black hole. The name of the object is given because even the light cannot escape from it. 

But is there something between neutron stars and black holes? That thing what is the gap form between a neutron star and black holes are sometimes called "grey holes". But the official name of that object is called quark star (1), which is size about 1 to 5 kilometers, and the gravity on the surface of that object is so huge, that only photons can escape from it. So that is the thing in the line between the neutron star and black holes. The quarks can resist more powerful gravity fields than the neutrons, but the fact is that sooner or later those objects are turning to black holes if they would get more material for increasing the mass. 

The same way the white dwarf would turn to a neutron star. The mass of that object would increase, and then it would turn to neutron star in stages, where the inner parts of the white dwarf would turn to neutron mass, and then the rest of the star would collapse because of the gravity of internal structures of the white dwarf. But this advantage would need also the material that drops to the surface of a white dwarf and increases the mass of that object. 

What if we could create neutrons without a nuclear reactor?

Neutrons can create the same kind of things, what atoms make. And the reason for that is neutron is a polaric particle. So they can put together like atoms in molecules. That makes possible to create "neutron steel" what is the material, where the atoms are replaced by neutrons. And that thing can revolutionize material research in the world. 

When we are thinking about the possibility to adjust the size of the object, we would face the thing, that if we would want to influence the nucleus of the atom, we must send the energy radiation straight through the electron layer. And by adjusting the size of the electron layers, we would allow adjusting the size of the object. If we would increase the energy level at the same time with the electron layer and the nucleus of the atom, that thing would not affect. 

But even if we would not have a chance to create that thing, and miniaturize object by pumping the radiation in the atom, this thing would make possible to create the new type of materials. If we are thinking the tool, what is known as scanning tunnel microscope, that thing, what is the nanotechnical stylus, would send the electric ray straight in the nucleus of an atom. And that makes possible to create artificial neutrons or neutrons without a nuclear reactor. 

That kind of neutrons can be used as making one of the strongest structures, that mankind has ever imagined. Neutron itself has one value, what people normally don't mention. It is the polaric particle, which means that it has a north and south pole. This thing makes possible to connect neutrons by using the magnetic forces of the different poles in this kind of action. And that makes possible to create the neutron graphene or neutron structure, where the atoms are replaced by neutrons. This would be the material of tomorrow.  

(1)

https://en.wikipedia.org/wiki/Quark_star

What was before the Big Bang is connected to the thing, how the universe ends

What was before the Big Bang is connected to the thing, how the universe ends

In the beginning, I must say, that the Universe is not stable, because it always changing and expanding. But what kind of thing would be the end of the universe will be, when all stars are stopped their shine, and the only existing things are black holes and single particles like electrons, protons, and neutrons.

When the energy of the stars in the universe ends the spin of neutrons and other particles would end because they don't get the outcome energy. That energy has kept those particles spinning, and the thing is that does the existence of neutrons and protons depend on their spin. If the spin of the particle is very fast, the time will slow in that particle regardless of their size.

That means that if the spin of the neutrons and protons would be ended, the time in that particle would start to run extremely fast. And if we think that way, the particle would start to get older extremely fast, and then it would just break. The thing in this thought is at least every particle are destroying because gluons cannot keep quarks together anymore.

In this kind of theories, the key question is how small bites particles of material can be cut? When we are the thing about the super springs what is forming the electrons and quarks, we might ask, is there some other particles after that particle. And then we might ask, is time energy?

The answer why we have started to believe things like the multiverse is the big bang. Material or energy cannot come from emptiness, and that means that if we would explain the big bang, we must realize that just before the big bang started the cosmic inflation, what would be explained by the eruption of the giant black hole.

What was the big bang itself? The giant energy eruption, what turned the most of the material to the form, what is called as dark material. That material is unknown for us, and sometimes I have thought that is it possible that the dark material is the photons, what movement has been ended.

But the thing is that the lightspeed in the universe is stable except near black holes, or in the medium. But could the photon stop? Or could it somehow lose its energy, what is like stopping that particle? If we think the situation, where photon travels in the space, where is no energy sources, and no stars or anything else, that case could cause a very interesting situation.

When we are thinking about the photon as a particle, we must realize that it cannot travel forever, and someday the universe has been grown so big, that there is no ability to see any galaxy, and the distance between particles is very huge. The distance between electrons might be lightyears, the lonely photons would get the movement energy from nowhere, and when we are thinking that kind of cases, we must think that there are two things what can happen to the photon.

The photon can travel longer and longer until it faces some wall. Or does it someday end its journey in the emptiness? When we are thinking about the end of the universe. The time when there is no stars existed and the neutron stars would be the only sender of the light if they face some planet.

In that universe, the dominant stars are black holes, because of the radioactive material and then the rest of the material has been destroyed, and when the last stars are forming and destroyed starts the new inflation. That inflation would cause first that the radioactive particles have been ended from the universe and then neutrons start to scatter.

The reason why neutrons exist in our universe is that the radiation would keep the quarks together. The spin of the particles in the atom would cause the breaking of neutrons is so unusual.

But when the electromagnetic energy pumping to atoms ends, the spin or rotation of the particles would be ended. The thing why the outcoming radiation is so important for existing of neutrons is the spin and the thing what makes it so interesting is that if the spin of the particle would be high enough, the time inside that particle would get slower.

So the question is that is the level of energy connected with time? When we are thinking about the slowing time when the speed is increasing like Albert Einstein has been said, this means one very interesting thing. Does the time correlate with energy? Probably the thing is that and in this idea is one thing what we ever thought or talked and that is, "if the spin is ended the time would go faster and the particles would be elder faster". This is one way to think about the universe and multiverse.

The strange idea what has taken from maypole, what can save people, who are in the radioactive area

The strange idea what has taken from maypole, what can save people, who are in the radioactive area

Do you know, what is maypole? Maypole is the thing, what looks like a flagpole, and people are running around it.  There have been introduced an interesting idea that this kind of structure would someday save a human from radioactive alpha and beta radiation. The idea is that there are magnets in that structure, which will make electrons and helium ions to change the direction, and that thing would be used in the highly radioactive area.

If the structure is loaded with the negative polarity of electricity like the knob only would be electrized, that would turn the electrons away, and at the same time pull the helium-ions to the knob. This thing makes the people, who are standing near that structure ability to avoid the radiation.

By the way, do you know, what means high voltage electricity transfer wirelessly? And do you know why we don't use Tesla's way to transfer electricity wirelessly through the air? That machine would, of course, create plasma in the air. But there is a danger, that the thing like Wardenclyffe-machine would turn to beta-cannon, what can damage the genomes of humans and animals. 

At last, I want to introduce interesting, but little bit exotic theory about flagpoles. That kind of theories is normally or sometimes the origin of the extraordinary inventions. Sometimes those inventions would be a useless or little bit too complicated, but the origin of those strange inventions are the strange theories.

There has been introduced an interesting vision or theory, that ancient aliens have left the structures maypole and flagpole in our life on Earth. That thing looks a little bit "exotic", but, if we would want to make the house to the area, what is highly radioactive we would use the flagpole looking structure, what would pull the radioactive radiation away from the base or house.

Resonance and radiation can be very dangerous things and turn normal buildings very dangerous.

Resonance and radiation can be very dangerous things and turn normal buildings very dangerous.

1. When we are making some buildings or other merchandise, we must remember that the construction materials must handle by properly way

I sometimes write about tales, what cannot prove as true, but as you know resonance would break the bones in the human body, but it can also break the other chemical combinations. And this is why resonance is so dangerous.

In some urban legends, somebody has put the bites of bones in the grip of the weapons, and that thing has caused the resonance, what breaks the bones of the shooter. The shock of the explosion would transmit to the hand and the resonance, what comes from the bone bites causes that the bones in hand will be broken.

There is a tale, that in some cases the building has caused Alzheimer because the workers have put the dead flies in concrete. In that story, the concrete has caused the resonance, which will break the myelin in the nervous system. This tale bases the thing, that the myelin would get in the concrete and the echo would give resonance, what will break those fibers in the nervous system.

Colors and paintings are part of the design. There are tales about painters, who have extended white color Bulwer accidentally by using Bulwer, what is made by using bones. That Bulwer has caused the resonance, what has been breaking the bones of the people, who have been inside the building. But let's get back to the myelin.

How those chemicals would get in the paintings accidentally. The thing is simple, somebody just throws dead flies in the concrete or painting, in theory, this thing might cause the dangerous resonance. The thing is that everything can be right or wrong, and this is why people should think when they are executing some wildest ideas, what some avant-garde artists have created.

2. Mirrors are a really good way to make really dangerous rooms

Actually, the laser is the light, what jumps between two mirrors, and there is energy, what is pumped in the tube, where goes in the medium. If the medium is pure like helium, it would give radiation, what is coherent and involves only one wavelength, but if we would fill this tube by using a chemical combination like carbon dioxide, that laser would give two-wavelength light. The carbon dioxide laser is the most powerful laser in the world because it will give its energy by using infrared frequency.

One of the wildest version of the dangerous rooms is the room, what is covered by using mirrors, or where are the mirrors on both sides of the wall. The effect in the room is the same, what happens in the mirror box, what is covered by using bright mirrors, and the light would put inside it. The light starts to jump in the box, and the effect suddenly breaks the lamp.

If the mirrors are at the directly opposite sides on the wall, and somebody puts the light on in the middle of those mirrors, the light would start to jump side to side between those mirrors. This is very dangerous because of the light source increases the level of the radiation and the room can burn because of that effect.