Photon rings around black holes part II.

 

The inner shadow of the photon rings could tell that there is some kind of radiation that pushes the photon ring away from the event horizon. So is that inner shadow the result of the Hawking radiation? Or is it an even more exotic thing? 

Can that inner shadow tell the wavelength of the radiation turns so short that radiation that falls in the black hole is invisible? There is the possibility that the black hole can pull that radiation straight. But if there is wave motion that is coming from the black hole. That thing can form short-living virtual particles. 

There is the possibility, that those short-living particles are the source of dark energy. When photons are orbiting a black hole they are interacting with their environment. Those photons are collecting things like gravitational energy and resend that wave motion around the universe. That dark shadow means that there is the possibility that the photon itself can be the hypothetical graviton. 

There is the possibility that around the black hole is the area where the massive gravitation pulls also wave motion straight. In that case, the straight-moving photon would have an extremely high energy level. So could that shadow show that a black photon exists? The black photon would itself be the mysterious graviton. Or it can be the route to that particle. 

Near black holes happens things that are impossible in the regular universe. The extreme curvature of the universe makes it possible that wave motion that has a high energy load can turn straight. And when the energy level of photons will rise enough that thing can cause that photon turns black. That photon ring can prove many things. And it gives information about the most extreme phenomenon in the universe. 

https://astronomyandtechnology.blogspot.com/

Photon rings around black holes can help to detect gravitational waves or even dark matter.

 

There is a photon ring around black holes. That photon ring is an example of the energy level and the force of the gravitation of black holes. That photon ring is one of the things that is predicted but the evidence of those photons that are orbiting black holes is not confirmed yet. That photon ring is one of the things that is making black holes invisible. 

The photon that orbits a black hole precisely at the point of the event horizon can act as a tensor between the world inside the singularity and outside it. So the photon that is orbiting a black hole just at the point of the event horizon can conduct energy away from the black hole. By using two-way quantum entanglement.

But the photon will not necessarily require quantum entanglement for conducting energy away from the black hole. The photon can stretch by massive gravitation if another side of the photon is inside and the other is an outside event horizon. That photon acts like an antenna, that conducts energy out from a black hole. 

When particles are falling through the event horizon there is a short moment where they are between two worlds. That means at that moment the point of the black hole forms a tensor. The particle or superstring will conduct energy or wave motion away from the black hole. 

Black holes are quantum systems. And energy is always flowing from higher energy level systems to lower energy levels systems. 

All black holes are rotating. And that rotation increases the energy of that particle or bite of superstring that acts as a tensor. That means there is forming a small black hole, precisely at the point of the event horizon. That black hole sends radiation like all other black holes. So that radiation pulls energy out from the larger black hole. 

***************************************************************

The tensor black hole that is just at the point of the event horizon makes a channel through the event horizon. 

Because the gravitation field around black holes pulls even light inside them. It is impossible to transmit information out from black holes.

Except, in this case, there is another black hole just at the point of the event horizon. That small black hole acts as a tensor or connector between the world inside and outside of the event horizon. That small black hole drives radiation away from the black hole and decreases its mass. 

That energy will increase the energy level of the photons that are orbiting the black hole turning their energy level hyper-high. There is the possibility that those photons can someday detect dark matter. If that photon impacts dark matter that should cause an anomaly in its energy level. And sensors can detect that thing. 

***********************************************************

If there is a quantum entanglement or black hole at the point of the event horizon. That quantum entanglement or black hole acts like an antenna that transfers energy out from the area inside the event horizon. So that thing could prove the existence of Hawking radiation. Or that the source of Hawking radiation is inside the event horizon. 

The energy level at bottom of the tensor or connector is higher than at the top of it. That makes it conducts energy out from the black hole. Because that energy comes inside the event horizon, that makes the black hole vaporizes sooner or later. 

Energy will conduct out from the black hole through the physical tensors, like particles that are falling through the event horizon. Or virtual tensor like quantum entanglement. Whenever wave motion comes out from a black hole inside the event horizon it loses its mass. 

And also gravitational waves that black holes are sending are decreasing their mass. So the photon rings can use to detect gravitational waves. 

So this photon ring conducts energy out from the black hole by superpositioning individual photons with photons that are inside the event horizon. There is the possibility that some photons are traveling just, precisely at the point of the event horizon. 

That means this photon is in two positions at the same time. And the event horizon splits that photon. Then the photon can create quantum entanglement with two other photons. The first photon is orbiting that black hole near its event horizon and the second photon would be inside that black hole. That quantum entanglement acts like an antenna that transfers energy out from the area inside the event horizon. So that thing could prove the existence of Hawking radiation that comes inside black hole. 

https://scitechdaily.com/the-photon-ring-astrophysicists-resolve-a-fundamental-signature-of-gravity-around-a-black-hole/

https://www.universetoday.com/151374/what-comes-after-photographing-a-black-holes-event-horizon-could-we-see-the-photon-ring/

Image: ) https://www.universetoday.com/151374/what-comes-after-photographing-a-black-holes-event-horizon-could-we-see-the-photon-ring/

https://astronomyandtechnology.blogspot.com/

Supermassive black holes are forming and ripping galaxies.

 

 

Image: NASA

The supermassive black holes are forming galaxies. But they also push material away from them. The interaction between black holes and their environment is more complicated than people think. When a black hole pulls material inside it the energy level of the material rises to an extremely high level. Part of that material travels to the poles of the black hole and impacts together. 

That thing causes very high power X- and gamma ray beams that are leaving from black holes or at least near that thing. When those radiation pikes hit the material cloud around the black hole it makes the material shine. That shine means that the plasma that forms the main part of the galaxy is sending radiation. 

What is the difference between interstellar and interplanetary nebulas? One description is that there are heavier elements like silicon and iron in the interplanetary nebulas. 

Interplanetary nebulas are the supernova remnants. And interstellar nebulas are mainly hydrogen and other light elements like helium. 

And that radiation pushes the plasma particles away from each other. So the supermassive black holes inside the galaxy are forming galaxies. But the energy that is left from the transition disk and material around the black hole also rips the galaxy into pieces. The jets of the black hole are transferring material away from galaxies but they are also forming the disturbance. 

Without those disturbances, forming of new galaxies is impossible. Same way cosmic disturbances like energy impacts are making it possible that protostars are starting to form. Stable systems cannot form stars. There is needed some kind of disturbance or asymmetry that is causing the formation of the stars. 

When the radiation of the exploding supernova or some cosmic eruption hits the interstellar nebula that causes the weight of the particles changes. This thing causes the effect where particles of the interstellar nebula start to go together. Forming of the star in a cloud that is mainly hydrogen requires that there is helium. In an interplanetary nebula, things like silicone or iron will start to grow the material around it. 

Or in some other heavier elements that are causing the gravitational center. Otherways the ionized hydrogen between atomic hydrogens is starting to pile the particles up. The formation of the stars requires that there is a gravitational center in the nebula. 

https://astronomyandtechnology.blogspot.com/