Dark matter debunked in a new theory that challenges everything.

"A groundbreaking study by the University of Ottawa, led by physicist Rajendra Gupta, proposes a new cosmological model, the CCC+TL model, which argues that dark matter is not necessary to explain the universe’s behavior. Credit: SciTechDaily.com" (Scitechdaily, Dark Matter Debunked in Revolutionary Cosmic Study)

In the new theory, there is no room for dark matter. The idea is that. The thing that the cosmologists have forgotten is that energy always flows out from the higher energy system. The base energy level is the thing that determines which way energy travels. 

And in galaxies, the base energy level is higher than outside galaxies. So energy travels out from the galaxy. That thing makes it impossible to see things that are in intergalactic space if they cannot from energy echo that is stronger than the energy that travels out from the galaxy. 

We cannot see that material against other galaxies, because that radiation forms a shadow to our side of the material. There could be quantum gas whose energy is far lower than any galaxy, and that quantum gas can be the mysterious dark matter. Quantum gas can be the ultra-cold atom or molecule group. And if that gas is very cold and it's near the solar system's edge it can remain invisible. The quantum gas can explain why we cannot see Planet X. That "planet" can be a cloud of ultra-cold gas near the heliopause or the shockwave where particle flow from the sun impacts interstellar gas or plasma. 

Quantum gas or quantum molecular gas like Quantum water which is a cloud of independently separated water molecules can form a cloud that causes a similar gravity effect with planets. That kind of single-atom or single molecular gas where each atom and molecule are separated from each other can form in low temperature and pressure conditions. 

So dark matter is one form of Bose-Einstein condensate. When radiation hits that gas or material it simply rotates its subatomic particles like rolls and travels through those quarks, because their distance is so long. And that means dark matter is one of the states of material. 

It's possible. The altermagnetism can explain some parts of dark matter. If there are some kind of atoms or molecules that let electromagnetic radiation travel through them, that altermagnetism causes there to be no outcoming radiation from the sides of the structure. In that case, the outside energy field of the particle presses radiation into it. 

And if we call, altermagnetism to a magnetic alter effect. We can ask. Is there some kind of optical alter-effect or alteroptical effect possible, that turns the material invisible to the outside? 

There are two main components in the universe, and they are just matter and energy. The difference between dark energy, and visible energy is that dark energy should called "invisible wave movement".

 Dark energy may come from some subatomic particles like gluons or strings that connect gluons with quarks. In that case, radiation that comes out from other atomic parts covers the short wavelength radiation or wave movement that the transmitter particle sends very often. We see radiation if there are some kind of changes or breaks. And that means we cannot see monotonic radiation that other radiation covers. 

"An example of an altermagnetic ordering, with the direction of the spins and the spatial orientation of the atoms alternating on the neighbouring sites in the crystal." (Wikipedia, Altermagnetism) 

Altermagnetism causes ideas, that could be material with the optical version or alteroptical version of altermagnetism possible. Dark matter may be the form of Bose-Einstein condensate. It's possible. That subatomic particles can turn more freely in ultracold atoms than in normal atoms. And that thing causes the situation. That light and other electromagnetic wave movement can travel through atoms. 

In Bose-Einstein condensate the atom's size is bigger. And the quantum fields that push the material in its form are weaker. That means the distance of subatomic particles is longer in Bose-Einstein condensate. That can cause an effect in the quantum field around those atoms acting like foam rubber that pulls the impacts in it. And then conducts those energy waves pass, or through the atom or its subatomic particles. 

Another thing is that in some models there are two types of dark energy. Short wavelength dark energy. And very long wavelength dark energy. The thing that supports that theory is waving galaxies. Those waves can be very long wavelength energy, that wavelength is light years. Seeing those kinds of waves is very difficult. 

Also, Voyager space probe observations from outside the Kuiper belt and heliopause support the theory that the Dark energy is just wave movement that we cannot see. One of those reasons why we cannot see that energy even if they are radiowaves is that they cannot pass heliopause, or plasma impact where particle flow from the Sun impacts interstellar plasma that comes out from some other solar systems and stars. 

We cannot see that cosmic hum either. That thing tells us that maybe also dark energy has an explanation that it's just wave movement that cannot reach the plasma ring around our solar system. 

Could Higgs field be the 3-kelvin field or cosmic (energy) background? 

The energy minimum in the universe is called the absolute zero point. Or it is -273,15 Celsius. At that energy level, all molecules freeze. And helium turns into ice. That temperature reached in the laboratory. The universe itself has 3 degrees higher temperature. The temperature of the cosmic background is 3 kelvin. 

The reason why we cannot see outside our universe is that the energy minimum out of the universe is lower than 3-kelvin radiation. That means energy travels out from the universe. There is nothing that can reflect that energy. And that causes the effect that if the universe were a tower, where height is the energy level the height of the universe decreases. And the size of the universe increases. In that case, the decreasing energy level causes the material to release wave movement faster and faster. That wave movement increases the internal expansion speed. 

And another thing is that high-energy- short living particles form in the 3-kelvin field. When those particles like Higgs bosons send radiation or wave movement, that thing forms a bubble in the 3-kelvin field. When that bubble interacts with other fields it causes increasing in energy level at that point. The thing is that energy flow at the edge of the universe causes that there is forming denser waves in a 3-kelvin field. 

In that model particles are only denser wave movement. And wave movement is wobbling movement in energy fields. Material vaporization means that when the universe's energy level decreases, that means. That material starts sending more and more wave movement to the 3-kelvin field. In that process, the material turns into a wave movement. Also, the distance of particles and particle groups like galaxies increases. 

That decreases gravitational effects. Another thing is that the universe's expansion causes energy to travel out from galaxies faster and faster. So that expansion doesn't affect only to universe as antirety. It affects its sub-structures like galaxies and galaxy groups. 

In the young universe, the energy level was higher than in the modern universe. But also gravitational effect was stronger. It's possible. The universe's expansion was not as fast as predicted in the young universe. 

In the new model, some kinds of virtual particles form similar gravitational effects. As regular particles. When we think that gravity is the effect that pulls this 3-kelvin field into the gravitational center, that explains why gravitation can also affect photons. 

When we think about the hypothetical Higgs field we can think that this energy field is the base energy field in the universe. In that model, the Higgs field could be the so-called 3 kelvin field. And how that thing wobbles can explain dark matter and dark energy. The model is that radiation from high-energy objects creates electromagnetic bubbles in the Higgs field. When some kind of radiation hits particles, they form an electromagnetic shadow on another side of the particle. That kind of shadow moves particles. 

When high energy wave movement travels through some particle, it first forms an electromagnetic fake vacuum around it. And then energy from the Higgs field drops in that vacuum. Pumping more energy to that particle. Large groups of particles can also move that 3 kelvin field away from them. That forms a standing wave in that field. Another thing is that gravitational waves act similar way. 

When gravitational waves impact, that means they interact like another wave movement. They increase each other energy levels. That thing means that the gravity wave can look more powerful than it should. 

https://scitechdaily.com/dark-matter-debunked-in-revolutionary-cosmic-study/

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

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

A new theory suggests that dark matter does not exist.

"A graphical representation of the expansion of the universe from the Big Bang to the present day, with the inflationary epoch represented as the dramatic expansion seen on the left. This visualization shows only a section of the universe; the empty space outside the diagram should not be taken to represent empty space outside the universe (which does not necessarily exist). (Wikipedia, Expansion of the universe)

Powerful redshift makes black holes seem to be in longer distance than they are. 

All gravity fields stretch light. So all gravity fields form a redshift around them. Measure of the age of the universe using black holes is not a very accurate method. When light travels from another side of the universe to Earth. That means all objects behind light stretch it. We cannot see all objects at that route, so that thing causes effects to redshift. 

The reason for that is the ultra-strong redshift around them. The black holes stretch the universe or universe's power fields like a hypothetical Higgs field. This thing means that. The black hole stretches light and forms an extremely strong redshift around it. 

The gravity around black holes is very strong. That means the closer the more gravity streches light. So a redshift is stronger, when the observer is closer to black holes. And if the observer stands near the black hole's event horizon, the black hole seems to be very far away. 

That means. All black holes seem to be in longer distances than they are. The black hole's ability to stretch time-space makes them look smaller than they are because all black holes are like on the bottom of the pothole. The black hole pulls material inside it from a longer distance than the material disk tells. The new theory suggests that dark matter does not exist. The same theory suggests that the age of the universe is 27 billion years. 

That means. Dark matter or the mysterious gravitational effect can form in virtual particles. The virtual particle can be the ultra-fast electron or some other particle. And when it travels in Higgs field it forms the channel behind it. In this model, the Higgs field starts to fill those channels. And then that thing forms waves in Higgs field. 

So are gravitational waves and wave movement in the Higgs field. That thing explains the mystery of gravitational waves and gravitation. The gravitation would be the effect that rolls the Higgs field around the superstring. And that superstring turns the Higgs field direction. That means that gravity affects the Higgs field. 

When the superstring rolls that field around it and conducts it away from the gravity epicenter, that thing forms a situation where the Higgs field travels into that point. And it means that Higgs field acts like a river that pulls matter with it. 

In some other hypotheses, some particles have higher energy levels than researchers measured. The idea is that the neutrinos would be only electrons with hyper-high energy levels, or hyper-high spin. That means the neutrino's energy level is so high, that it hovers in the Higgs field. In that model, the neutrino would be like a ball in a soap bubble. And that explains its ability to travel through the Earth. 

Particles may be forming superstrings there are bubbles. Those bubbles can be extremely small particles or waves in those strings that make the elementary particle look like a string. In that model, the origin of the dark energy could be in the quantum-size roughness of those electrons. 

"The James Webb Space Telescope identified small red dots in the night sky, revealing new insights into the formation of supermassive black holes, challenging existing astronomical theories about their rapid growth in the universe’s early days. (Artist’s concept.) Credit: SciTechDaily.com" (ScitechDaily, Infant Giants: Webb Unveils the Growth of Supermassive Black Holes)

 A new theory suggests that dark matter does not exist.

The idea is that dark matter does not exist in the form of matter. That means the mystery of gravitational effect can explained by a wobbling Higgs field or some kind of bubble in the Higgs field. In the last model, the dark matter is virtual material in the Higgs field. Dark matter would be a point in the Higgs field. 

Where there are lower energy bubbles. Those bubbles are forming an effect that seems like material. The superstrings would be the string-like structures that rotate in the Higgs Field. 

And those bubbles make that theoretical base power field look like cheese. In that model there are lower energy areas in that field, those lower energy bubbles act like material. And those lower energy bubbles make the Higgs field fall in them. This makes those bubbles act like material. And those bubbles form a virtual gravitational effect. 

When Higgs field falls in those bubbles, it can travel through it. On the other side, that thing interacts with the Higgs field on that side. When that Higgs field travels through those bubbles it takes energy from its environment. Then that projection hits another side of the bubble forming an energy impulse that travels in the Higgs field. 

"Estimated division of total energy in the universe into matter, dark matter and dark energy based on five years of WMAP data." (Wikipedia, Dark Energy)

This thing can form dark energy. In some models dark energy forms when the Higgs field wobbles back and forth. When the theoretical Higgs field interacts with an atom it harvests energy from the atom's quantum fields. When the Higgs field wobbles there is a small vacuum on the opposite side of subatomic particles. That shadow pulls energy out from those particles. In that case, the superstring that forms the particle hits the quantum field it transmits energy to that field. 

As well as impacting energy waves can also explain dark energy. In that model, dark energy forms when the expanding universe decreases its energy density. That causes energy to flow out from the material. When two particles of the same size send wave movement, that impact forms a standing wave that collects energy until it can travel in some direction. 

And in that case, all particles send wave movement. So if that energy comes from gluons. That means radiation. That comes from quarks, and leptons can cover that dark energy under it. And if gluons send radiation when they jump between quarks. That radiation can rip atoms and other subatomic particles into pieces. 

The reason for that effect would be that the gravitational effect just pulls the Higgs field into the gravitational center. In some models, the dark matter would be whirled in the Higgs field. When those whirls are moving, they form the maser effect in that whirl.

https://phys.org/news/2024-03-universe-dark.html

https://scitechdaily.com/infant-giants-webb-unveils-the-growth-of-supermassive-black-holes/

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

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

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

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

Is some quantum version of the bubble pulse effect behind the dark energy?

"Dark energy’s role in propelling the universe’s accelerated expansion presents a pivotal challenge in astrophysics, driving ongoing research and space missions dedicated to uncovering the nature of this mysterious force." (ScitechDaily, Deciphering the Dark: The Accelerating Universe and the Quest for Dark Energy) 

Is the universe formed in energy projection? That traveled in some kind of space vacuum. That requires. That there was some kind of energy field before the Big Bang. 

Quantum field is the common name of all power fields in the universe. 

Is dark energy a gravitational version of the bubble pulse effect, that detonates submarines? In the bubble pulse effect, the bubble or some other projection. That travels in the larger bubble causing a very high explosive explosion. So could that effect be possible in electromagnetic and gravitational fields? Gravitational fields differ from electromagnetic fields because of their wavelength. 

In some models, the double bubble, or bubble pulse effect is the thing. That forms the annihilation reaction. In annihilation particle, and its antiparticle turns into energy. There is the possibility that antiparticles and particles protrude in each other. 

That forms the double bubble, their small quantum field projection falls through those particles and pushes their quantum fields away. In that process, the antiparticle and particle first form the quantum channel between each other. And then the quantum projection travels in those particles or bubbles to form an energy pulse that is similar to the bubble pulse effect. 

Sometimes people ask, what is dark energy? One answer could be that dark energy is quantum field interaction. Quantum fields are the common name for all power fields in the universe. Higgs field, gravitational field, or electromagnetic field interaction. The idea is that. There is an energy projection that pushes other energy fields from around it. 

Above: Bubble pulse effect. 

In some visions, the high-power magnetic field or some kind of thing like FRB (Fast Radio Burst) can create the impact where energy projection travels through the star. And in that case, the shockwave can detonate even big stars. 

If that energy projection creates a false vacuum around it, that thing can cause an effect that looks like gravity. Those short-term false vacuums can move the hypothetical Higgs field or base energy field in it. And that causes the gravitational effect around those virtual particles. Things like lower energy pockets in gravitational fields can cause a gravitational version of the bubble pulse effect. Same way electromagnetic low-energy pocket in the electromagnetic field forms the double bubble effect. 

We know that energy cannot form from emptiness. And the vacuum cannot form energy. But there is one little point in this model. There are no absolute vacuums in the universe. All vacuums that we know are so-called false vacuums. That means there are energy fields in the false vacuums, and when we talk about vacuum energy, we should call that thing the field amplification. 

The model of field amplification is seen in the models that introduce how the submarine collapses. When a submarine's hull collapses, especially at the bow or back that thing forms water impact, where water travels in the submarine at a very high speed. That water presses air to pressure that is as high, or even higher than the pressure that diesel engines create when it ignite the fuel-air mixture in a cylinder. This effect is called the bubble pulse effect. 

The film about submarine implosion involves the part, that handles this bubble pulse effect. The part begins at about 10.30 in that film. 

The universe is full of plasma, electromagnetic, gravity, and possible Higgs field. The common name for those fields is the quantum fields. If there is a pocket with a lower energy level or lower energy density the quantum field travels into that lower energy pocket. The speed of that energy is higher than it usually is, and then it impacts the other side of that low-energy bubble. When that energy projection travels through the false vacuum it delivers energy to its environment. And it gets more energy from backward. 

There is the possibility that this kind of effect, where first forming a lower energy area or lower dense plasma causes an effect that Higgs field or plasma travels in that pocket. In that case, the Higgs field, plasma, or gravity field can interact same way, as water interacts with air in a collapsing submarine. There are also gravitational fields, and the gravitational energy interacts the same way as water. 

https://scitechdaily.com/deciphering-the-dark-the-accelerating-universe-and-the-quest-for-dark-energy/

Quantum gravity is the key to larger-scale gravity models.

Quantum gravity is the gravitational effect between the smallest known particles. Understanding quantum gravitation requires that all other effects be stripped off. So that researchers can measure the gravitational effect between subatomic particles. 

There is the gravitational effect between protons and neutrons, as well as, the gravitational effect affects things like electrons and their movement around nuclei have gravitational effect. But the other three natural forces or interactions cover that gravitational effect below them. 

Electromagnetism and weak-, and strong nuclear forces cover the gravitational effect between electrons and an atom's nucleus. Quantum gravity is different than full-scale gravity because the object's size is far smaller. And there are also other power fields than just gravitational fields. 

The gravity is wave movement like all other fundamental interactions. And that causes ideas that at the quantum level, there could be something that can reflect the gravitational radiation. That reflection happens on an extremely small scale. And maybe there may be gravitational reflection from bonds between gluon and quark. If that reflection is possible it's very hard to detect. 

The gravitational wave reflection is theoretically possible. That reflection requires extremely dense particles that cannot let gravitational waves sink in that structure. The extremely dense structure can theoretically act like a gravitational mirror, but that kind of thing is purely theoretical. 

The idea is that maybe photons can travel between quarks and interact straight with bonds that formed between quarks and gluon. Those photons can cause the energy bridges between quarks and gluons to start to oscillate like springs. So, could that wave movement be the source of some gravitational waves? 

Or is there an extremely small black hole between quarks and gluons? But in that case, it's also possible that photons can adjust their oscillation. And thing like material oscillation supports both models. 

"Researchers have developed a method to measure gravity at a microscopic level, marking a significant advancement in understanding quantum gravity. Credit: SciTechDaily.com" (ScitechDaily, Quantum Gravity Unveiled – Scientists Crack the Cosmic Code That Baffled Einstein)

What is gravity?

This gravity model requires a Higgs field. 

In this model gravity center just turns the base energy field, called Higgs field away. The black hole is the whirl the energy field travels so fast, that the outcoming energy field has no time to fill it. The black hole is like a tornado or whirl. The energy level in that whirl must be higher than outside the Higgs field. 

That causes gravitational radiation or gravitational waves. In that model black holes formed of whirls in Higgs field. And they are interacting with the Higgs field. Higgs field is the space, that takes other particles with it. In models, gravity interacts with the entirety. So Higgs field is like water that takes particles to the whirl. 

Because energy or wave movement in the Higgs field's frequency travels out from the black hole, that causes its vaporization. So gravitation is the Higgs field that travels into the gravitational center. And then the gravitational center aims those waves into the direction of its rotational axle. 

If we think that photons make the bonds between quarks and gluons oscillate, that oscillation can transfer energy or wave movement to the Higgs field or atomic power fields. And maybe that thing makes gravity waves hard to detect. So gravity waves are wave movement in the Higgs field. The reason for gravity is that the particle or gravity center moves the Higgs field into some other direction. The thing that causes gravitational pull is the lower energy area in the Higgs field near the gravitational center. When the gravitational center pulls the Higgs field into it, that thing forms the lower energy area in the Higgs field. That causes an effect where the Higgs field travels to fill that lower energy area. 

The reason for the black hole's existence is that the fast spinning field or gravity center transfers the Higgs field away from its center so fast that the outcoming field cannot fill the whirl, called the black hole. But that whirl turns smaller and smaller all the time. And that thing is the thing called vaporization. So the black hole behaves exactly like tornadoes. Sooner or later the outcoming energy fields break the black hole, like outside pressure breaks the tornado or breaks it. The pressure in the black hole's energy field must be higher than the outcoming energy field. That energy field around the black hole keeps in its form. Then the outside energy field breaks that structure and caves in the black hole. 

https://scitechdaily.com/quantum-gravity-unveiled-scientists-crack-the-cosmic-code-that-baffled-einstein/

https://simple.wikipedia.org/wiki/Higgs_field

Researchers think that the multiverse is not fiction anymore.

Multiverse means that our universe is one of many universes. The reason why researchers and scientists believe that this is true is that logical. About 50 years ago people didn't know that there were other solar systems. Exoplanets were only theories in the 80's. 

About 400 years ago people thought that our Sun was the only star in the universe. Edvin Hubble proved that our galaxy, Milky Way is one of many galaxies. Then researchers found that galaxies form groups, and supergroups. That means that today we think that the universe, where we live is the ultimate supergroup of galactic supergroups. And logically thinking there should be other universes.

We believe that the universe began its existence in an event or series of events called the Big Bang. That event did not begin, because the energy that formed material should come from somewhere. The Big Bang was not one "bang" or explosion. It was a series of events where material took form. Or the energy level that it has today. 

The road from the heliocentric universe to multiverse theory is like matrioshka. We expand our knowledge all the time. And theories travel forward of the observation. 

If we think that the Schwinger effect or wave-particle duality formed all material, we can understand the multiverse's nature better. In interaction where wave movement forms particles, it forms particle-antiparticle pairs. And because they have opposite polarity, that pulls them back together. When material and antimatter face they turn into energy. There was some kind of asymmetry in the young universe. And that asymmetry caused a situation. That there is only one type of material in our universe. When particles hit the atmosphere they form a small number of antimatter particles. 

In the image, an inquisitive person breaks the bubble. 

So what caused that asymmetry? The thing that can explain it is that. Some particles came from another universe. In an antimatter universe, all natural laws are similar to our universe. But the material that forms those universes is mirror material. 

The other universes are harder to see than anything else. Light pollution comes from objects in our universe covering those other universes. 

Those other universes must not be similar to our universe. There is the possibility that antimatter forms those other universes. And if they formed in different times, or if their mass is smaller, that thing causes a situation that those universes are invisible to us.

Multiverse explains things like:

Dark energy

Dark matter 

And even the universe's existence. 

In this model universe is the thing. That formed in the crossing point of energy fields that formed in other universes. Dark energy is energy that comes from other universes. 

Dark matter can form clouds and other structures that are similar to visible material. Those dark matter clouds and dark energy are things, that require new models. 

Sometimes researchers think that dark matter is the source of dark energy. And things like low-mass dark matter objects cause theories that maybe some other universes are invisible to us. 

Multiverse explains dark energy and dark matter. That those things can come from other universes. That is one of the most interesting things in multiverse theory.  In multiverse theory, all universes formed from some kind of Big Bang. And that means there should be other universes forming right now. 

Every single universe's mass can be different in the multiverse. And that means time can travel other ways in them. If the universe expands materia turns into wave movement. And if the universe falls the energy level in it turns higher, which means the material turns "younger" because a high energy level in the environment packs wave movement to those particles. 

That is a key element in time. When the universe expands the particles vaporize and energy travels out from the particles. The universe's accelerates and particles turn into wave movement faster and faster. The reason for that is. The difference in energy levels between a particle and its environment turns higher. That increases the speed of energy flow. 

If the universe turns smaller the energy density in it turns higher. That decreases energy flow from particles. The situation the particle reaches the same energy level as its environment, that thing causes the situation particle to melt in its entirety. So being a particle, it requires a different energy level. 

https://bigthink.com/starts-with-a-bang/scientists-think-multiverse-fiction/

The Brane theory, black holes, and wormholes are the new model for the universe.

The idea in the so-called Brane Theory is that the branes along with superstrings form spacetime. Superstrings are on layers called branes. There are horizontal and vertical "branes" or layers. The horizontal branes are wavelengths, and the vertical branes are energy levels. There are also depth branes or time branes if we want to make that brane model into 3D coordinates. Those branes can be 3D, and one thing that can support the brane model is the Higgs Field. 

Wormholes are hypothetical channels through the universe. Things like cosmic web and GRB, XRB, and FRBs (Gamma, X-ray, and Fast Radio Bursts) are also things. That could support the wormhole theory. In those high-energy bursts, the wave movement could travel like a spiral around the string or wormhole. Same way, cosmic web material seems to pack around some kind of strings. 

The Brane model is the thing that can be used to model the wormhole. Wormhole, or Einstein-Rose bridge is the energy channel whirl or hole in the universe. So where is that hole? The hole is an energy tornado in the Higgs field. That energy tornado is so thick that it denies the formation of the Hall field or transverse energy fields in it. In that case, the energy tornado forms the situation that only its walls transfer energy into the particle. Those transverse fields are not taking energy out from particles. When a particle falls in a wormhole it rides on an energy wave. The wormhole is an energy tunnel through the spacetime. 

All particles and radiation travel at the same speed in a wormhole, the object travels in an energy wave. And that particle cannot release energy into its environment. And that denies the aging of the object. That energy wave that transports particles in the wormhole locks energy in them. And it also locks time in those particles. 

Cosmic web

When we think about forming a wormhole. There is a gravity pothole in the energy field that could be a Higgs Field. When two gravity potholes impact they form a channel through the Higgs field. If we think that intersecting Higgs Fields are the Hall fields. That thing means that the wormhole is the intersecting Hall field that doesn't let any side-coming radiation inside it. 

In a Brane theory, Brane could be Higgs Field. It's the energy level between two particles. If the difference between those particle's energy levels is high enough they will not be able to transmit data to each other. And that means they are in different dimensions. So dimension is the limit between two energy levels where particles can exchange information. 

So if we think that the wormhole is a whirl of water the idea is that if the whirl is deep and we jump in it, we will fall straight through water. The thing that pulls particles through a wormhole is the difference in energy levels between begin and end of the wormhole. When we think about things like stable wormholes long wormholes remain longer time than short wormholes. The speed of energy and material that comes out from that tunnel must be high enough that it will not push energy back into the tunnel. The energy that reflects from the end of the tunnel forms a so-called standing wave and increases entropy. 

Entropy is the thing that destroys the wormhole. It destroys the regular tornados in the atmosphere, and finally, entropy is the thing that destroys the black holes. In a tornado, the outcoming energy keeps the whirl in its form. When the temperature in a tornado increases that thing causes a situation that energy starts to travel through the entire world. In this version, the internal entropy destroys the whirl. If the whirl is too weak, the tornado doesn't form, because the outcoming effect destroys it. And outcoming entropy destroys whirl. So cold tornadoes remain longer. 

Same way gravitational waves form entropy in black holes. Or they talk about entropy inside them. When a wormhole forms between the black holes that turn superposition it forms a channel between them. And because energy can travel only in one direction in wormholes that thing destroys the lower energy black hole. The gravitational waves that travel to lower-mass black holes form entropy. And finally, they detonate that receiving black hole. 

That thing forms the wormhole's other side, a hypothetical white hole. The white hole would be like a donut-shaped formation in the universe. When material comes out from a white hole it forms a shockwave that causes high energy fusion around it. There is a theory that some of the black hole stars were or are some kind of white holes. So if we want to travel through a wormhole, that means we cannot go into a white hole. The particle flow from the white hole would be destructive. 

https://bigthink.com/hard-science/cosmic-web/

https://www.express.co.uk/news/science/996336/Time-travel-albert-einstein-space-time-science-news

https://www.mpg.de/11259384/double-quasars-cosmic-web

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

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

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

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

https://www.youtube.com/watch?v=AslqA_8ZlDs

When did entropy start?

"An ordered, stable system of particles represents a low-entropy state, whereas a more randomized, energetic system of those same particles is a higher entropy state. Even though the entropy of nearly all systems always increases, that doesn't mean that the entropy of the Universe was initially zero, or even close to it." (BigThink, Did the Universe have zero entropy when it first began?) The lack of entropy makes the particle's movement in the system is harmonic. That means there are no pockets where the system can deliver its energy. 

Many researchers think that there was no entropy at the universe's beginning. That means all material and energy were in nice order, and that thing means that. There was no disorder or uncertainty in the system. At that point, we must realize that the scale in the system is the thing that we use to compare the scale of the entropy. That means the entropy can be large-scale in small systems and small-scale in large systems. When we think about the image that I took from BigThink.com, we can say that at the beginning the universe was in nice order when we look at it in the microscale. 

The thing. What makes entropy interesting is that homogenous systems where there is no internal entropy are more sensitive to outside effects than non-homogenous systems. The reason why glass is broken more easily than steel is that glass is a homogenous material. When something hits the glass, the pressure or energy starts to travel in it. And when one of the silicone atoms in the glass starts to oscillate.  

It transforms that oscillation into other silicone atoms. That causes a harmonic reaction, which pushes atoms away from each other and breaks chemical bonds. In steel, there are pockets where energy moves. When something hits steel. Iron transfers that movement into carbon. The lack of harmonic motion makes steel more tenacious than pure iron. 

And the thing that causes entropy is energy that falls between particles. There is more energy in pure iron. That falls between particles than in steel. In homogenous systems, the entirety pulls more energy in layers than in heterogeneous systems.  That energy causes more disorder between elements in homogenous structures. 

In that model the universe was in nice little layers there everything was homogenous. But in the macro scale, there was entropy. That means the universe had zero entropy when somebody looks at it vertically or from outside. But if somebody cuts the universe in two parts there is an onion-shaped structure. And a large scale there is uncertainty. That means entropy or uncertainty in the system can be numerically small, but its size can be dominant. 

The layers were entropic to each other. That means the different layers pushed each other away. Or vacuum at the outside of the structure pulled the upper layers away from the inner layers. And because the number of particles was not unlimited. There formed holes between particles. 

That caused their quantum fields to jump outwards forming the small standing waves or "quantum electric arcs". Those particles pushed against each other. And then there formed holes that pull structures from layers below them. The energy always travels from higher to lower energy levels. The hole at the upper structure pulls energy into it from the lower structure. That thing is devastating. When energy pushes particles away from each other there is more and more space between particles. And there falls more and more energy between those particles. 

When we think about particles, we can call them structures. There are always structures in the material. Even on the tiniest scale, there are structures like superstrings. Those superstrings are small bites of wave motion. The diameter and length of them are always different. And that forms empty points between them. That makes them oscillate. That movement releases free energy in the system. That means the material is like yarn balls. And if those yarn balls are in a vacuum that pulls the outer shell away. That thing forms pockets where internal superstrings transport energy which is the sub-wave movement. 

Increasing entropy destroys black holes. 

The mystery of gravitational waves is this: is their origin in particles or are those gravitational waves other wave subwaves? 

If we think that image again even the densiest objects have entropy. The reason for that is that the energy or radiation and particles do not affect it symmetrically. We can think that the black hole's gravity fields are like segments in a ball. The segment pulls material smaller, and the size of the black hole's nucleus turns bigger. In that model, there is a precise point in the black hole's nucleus where energy hits. And that causes asymmetry in energy production or energy release. Those impacts send wave movement through black holes. And that causes the effect called vaporization. 

We can see that vaporization as gravitational waves. The gravity wave's origin is in the oscillation in the black hole. When a black hole oscillates its event horizon changes its place. And when a black hole turns smaller it leaves very high energy particles and wave motion behind it. The main problem with gravity radiation is, does it comes from particles or straight from wave movement. In that model, the gravitational waves are the sub-waves. Whose origin is in another wave movement. 

https://bigthink.com/starts-with-a-bang/universe-zero-entropy/

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