What happens when you drop into the black hole?

What happens when you drop into the black hole? The fact is that you will turn to spaghetti. The first thing is that all particles elongate near the black hole. The elongation is the result of the energy load that the black hole loads on it. But another thing that causes this strange effect is the tunneling. The intensive speed and energy load press the particle to flat. When the particle travels in the transition disk around a black hole its energy level rises to a very high level. So the event horizon is the point where the material is visible for the last time. And another determination for that point is the energy level that cuts interaction between particles inside the event horizon and outside particles. 

The second thing is this finally all particles are elongating to the 2D wires. And the survivability of an astronaut depends on the materials along with the quark's ability to return to the ball-shaped objects. The thing that happens when particles travel through a wormhole is that on the other side of that energy channel that elongated material faces the quantum gate. That quantum gate causes the sub-atomic particle will release its extra energy to that quantum field. And that thing can turn that 2D structure that looks like anyon-particle back to the ball-shaped form. 

 The third thing about elongating near a black hole is that elongating is not similar to elongating because something pulls you by the legs. The elongation near a black hole differs from the elongation of objects in the gravitational field of the Earth in that the black hole elongates all the particles. All particles elongate near the black hole. Because of the massive gravitational field. 

Elongating in Earth's gravitational field causes the outer core of the material will be elongated. But that elongation will not affect the subatomic particles. 

The black hole will turn all particles into a thing that looks like two-dimensional tape that looks a little bit like anyon-particle.  But would we survive? If those elongated particles would not separate from each other that means when they are coming out from the wormhole. There is the possibility. That those particles form will turn back to a ball when that particle hits the quantum field on another side of the wormhole. 

The black hole is surrounded by a material disk that shines radiation that energy level is very high. The areas near the black hole are extremely high energy. And that makes it possible that our astronaut vaporizes before that person even sees the event horizon. The radiation that comes just near from event horizon has a very high energy level. That energy level crushes particles.  But they can also turn into miniature black holes. 

So why do some researchers think that the spacecraft can drive through the wormhole?  In those ideas, the black hole affects the spacecraft and transforms it into another black hole before it falls through the event horizon. 

That thing that can save a person's life is that black hole that forms around that person. But anyway, hypothetical traveling through a wormhole requires. That the spacecraft must reach extremely high speed. That high speed minimizes the gravitational effect. And of course, the closest known black holes are very far from us. 

But is it possible that the black holes are making interstellar traveling possible? 

There are many opinions about interstellar travel. The fact is that interstellar travel might be possible. But the fact is that there is no way to make that thing in human life. If we can wait 300 or 1000 years we can send the interstellar spacecraft to another solar system. But that thing means this.  We must wait for the first message even centuries. There are two ways to make an interstellar flight. 

The first one is automatized probes or unmanned craft. And the last one is the manned system. The problem is that the journey to other solar systems takes so long that the manned system means that people should say goodbye forever to those crews. And even unmanned systems require over a hundred years of travel to other solar systems. So makers of that system will not see the data that the probe sends. And sending those probes requires that researchers can win multiple technical challenges. Even unmanned systems are enormous things. They require large-size global investments and lots of technical advances. But they are easier to make than manned systems where the aging of the crew is one of the biggest problems. 

 Manned interstellar systems require more advanced technology. And also the changes in the political and cultural environment on Earth. The interstellar flights are still hypothetical or theoretical events. And we are just making our first primitive models of how to make those journeys. But maybe somewhere in the future, that interstellar journey turns into reality.  The first steps are always the most difficult. But if we want to conquer the entire galaxy we must dare to make the first interstellar spaceflight. But those things are far away in the future. 

The main problem: How to cross the speed of light? 

The only known place in the universe where all particles like photons and electrons, along with protons and neutrons are traveling at the same speed is a black hole. The massive gravitation pulls even light into it. And because escaping velocity is higher than the speed of light that causes that all particles behind the event horizon have the same speed. But how to deny elongation of the object? One version is to transform the astronaut and craft into very heavy by pumping energy into them. 

So if all atoms in the astronaut's body and craft turn into a black hole that can make it possible for the object can travel through the event horizon without stretching. The fact is that heavy objects that have their powerful gravitational field stay in a form longer than lightweight objects. That's why heavy exoplanets can orbit their central star closer than light planets because their strong gravitational field keeps them in form.

There is the possibility that all material can turn to neutrons or even black holes. But the return of the material to its original form is the problem. Only the energy pump should be enough for that thing. 

The problem with crossing the speed of light is that the energy flow should continue to the spacecraft when it reaches the speed of light. That thing can solve by driving craft against the energy flow that transfers energy to it. 

When we are thinking that speed is the energy flow from surrounding material to the object we are facing an interesting thing. When energy flow from the environment stops. The acceleration stops. The problem with the speed of light is that no particle can transfer energy to a craft that travels with the speed of light or the speed of photons.

Nothing can cross the speed of light. Because there are no particles that can transfer energy to that object. After all, that particle should travel faster than a photon. The fastest known particles are photons that have no mass at all. And when the object accelerates energy of flowing to the object from faster particles. At the first, the acceleration is fast because the energy flow is strong. 

But when the object reaches the cosmic speed limit the only particle that can pump energy to the object is the photon. And when the object reaches the speed of photon energy and flows stops. At that speed also time stops. Because energy flow away from the object ends. And that stops aging. 

But crossing the speed of light means that something needs to start the energy flow to the object again. One version of the hypothetical possibility to make sure that the energy flow to the object continues after the craft reaches the speed of light is simply to shoot photons from the front of that craft. 

Impacting with those photons causes the energy flow will continue after its speed is almost the speed of photons. Another version is to accelerate the speed of the object. So close to the speed of light as possible. And drive it straight course to the wave motion. That means if the speed of the object is high enough it can transform into a black hole before it impacts the event horizon. And that denies the elongation. 

https://artificialintelligenceandindividuals.blogspot.com/

Magnetic fields are feeding black holes.

 

"This figure shows the magnetic field orientation (streamlines) and direction (animated streamlines) in the central 1 kpc starburst ring of the spiral galaxy NGC 1097 using data from the radio polarimetric observations. Credit: Lopez-Rodriguez et al". (ScitechDaily, SOFIA Reveals How Magnetic Fields Help Feed a Supermassive Black Hole)

String theory determines material as the ball of 2D strings. Those strings form the yarn ball-type structure called particles. The wave-particle duality means that material can turn to string or wave movement. And the counter-reaction should also be possible. The string can turn into a particle. Only elementary particles like quarks can form from that thing. 

So if we want to compare string with yarn ball we should only take the string that has the right length for creating dark matter. The idea is simple we should only determine the length of the string that forms dark matter. And then we could build dark matter quite easily. But as you know making that thing into practice requires a little bit of work. 

So string theory means that. The strings that are forming material are like quantum-size lightning. And the wave-particle duality means that the material is one form of energy. Wave-particle duality means that particles have mass. And because wave movement can turn to particles. Also, the wave movement must have a mass. 

Annihilation has shown that material can turn to energy. So there should be the mirror-reaction ("anti-annihilation") where wave movement turns to particles. In laboratories wave movement has turned to subatomic particle-antiparticle pairs. 

Black holes are the things that are pulling wave movement in them. The point where photons are dropping in the black hole. Is called the event horizon. And behind that point, every object travels at the same speed. This thing happens with normal and supermassive black holes. When that outcoming wave movement hits the halo of the black hole. 

That thing increases their energy level. And black holes will pull that energy inside it. Whenever a particle of wave movement drops in a black hole. That raises the energy level of the black hole. 

The black hole is an extreme version of the zero-point energy system. When the black hole pulls energy inside it. That energy will turn it stronger. So when wave movement drops in the black hole. A similar situation is visible in laboratories where electrons or atoms are stressed with radiation their weight increases. 

https://scitechdaily.com/sofia-reveals-how-magnetic-fields-help-feed-a-supermassive-black-hole/

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

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

Image:) https://scitechdaily.com/sofia-reveals-how-magnetic-fields-help-feed-a-supermassive-black-hole/

https://thoughtandmachines.blogspot.com/

What kind of event was the Big Bang was and what was before it?

The Big Bang is the origin of the material as the form as we know it. That event happened about 13,8 billion years ago. One more interesting thing is: "what was before the Big Bang"? If we think that some kind of black hole or singularity exploded. 

There is one thing that causes the question. And that thing is, "where does that singularity come from"? Where did the material come from that formed the universe? If we are thinking of the situation that the material came to our spacetime from some kind of wormhole. 

And then that wave movement started to turn to particles we must realize that there must be something that caused this effect. There should be something that slows the wave movement when that thing came to the time. The fact is that if the universe was empty. 

In the place, there was no wave movement and material. That thing would not turn wave movement to the particles. There should be some kind of crossing wave movement that the elementary particles can form. 

If that suddenly crossed wave movement created the quark-antiquark pair which annihilated the increasing radiation bubble could turn the more wave movement into particles or particle pairs. So the Big Bang was the effect that caused wave-particle duality and formed the first state of the material. 

But there are also other models of the origin of the Big Bang. One of them is that the black holes that were remains of the past universe just vaporized or exploded. And that thing formed material by wave-particle duality. 

So in that scenario, the Big Bang was the large-area case rather than one point-scenario. The thing is that there are people who are not believing the Dark Matter at all. Sometimes I have thought that dark matter is the source of dark energy. 

The reason why we cannot observe that matter. Is that the particles that are forming it are a different size than the particles of visible material. So the wave movement that dark matter sends would be invisible to us. 

In some theories, dark matter is released in two stages. The first stage was the extremely high energetic material. That material was released in a space where there were no quantum fields. Or things like the scattering effect. 

So those particles would travel ahead of the universe forming the "hot dark matter".  The thing is that this dark matter would travel faster than the material behind it. So the distance between the hypothetical "hot dark matter cloud"  and visible material will increase. 

That thing could explain why the expansion of the universe is getting slower. The longer distance causes that the gravitational effect of that pulling cloud will turn weaker. And the idea is that if there is some other dark matter area. Inside the core of the bubble of the visible material that will pull the visible material back to the point where the Big Bang happened. 

And then the last particles that were released in the Big Bang were so large or low energetic that we cannot see the cold dark matter. 

So the "hot dark matter" sends radiation outside the Gamma-rays. And the "cold dark matter" sends its radiation below the radio frequencies. 

There is also another theory of the source of dark energy. That theory is that dark energy is the radiation released from the first particles which formed in the Big Bang. That means that the dark energy would be like neutron radiation. 

The question about Dark Matter is that thing forms similar clouds and nebulas with visible material. There are galaxies where is no dark matter at all. And that thing means that dark matter is in glimpses.

Or there is the possibility that dark matter does not exist in the bubble called the universe. There is the possibility that the main parts of dark matter are outside the universe. That means that high energetic dark matter is pulling the universe behind it. 

https://astronomy.swin.edu.au/cosmos/d/Dark+Energy

https://astronomy.swin.edu.au/cosmos/d/Dark+Matter

https://www.quantamagazine.org/cosmologists-close-in-on-logical-laws-for-the-big-bang-20211110/

https://thoughtsaboutsuperpositions.blogspot.com/

Little bit writings about electromagnetic black holes

https://gamesandtehories.blogspot.com/

Kimmo Huosionmaa

Electromagnetic black holes are actually only the points in the space, where the electromagnetic radiation have increased the mass of some small object like the atom. Those atom sizes black holes are interesting because they can offer us the chance to see the future. In theory, we could create this phenomenon immediately by using lasers or high power radio transmitters, what are targeted to the small piece of metal.


But as you know this kind of technology is very dangerous. In the worst case, the electromagnetic black hole can form the singularity between it and some other black hole, and this could mean, that our atmosphere would suck thru that thing.  We can say, that the singularity might not be stable enough that this phenomenon is possible, but in the worst case, that thing can create enough energy, that it would become stable.


Why electromagnetic black holes are interesting by some military specialists? The thing is that this kind of supermassive object would allow building the extremely powerful weapon. If we would make the pinhead-size black hole in the next to some object, that pieces ultimate gravity would scratch the object immediately. That thing would actually try to suck the object thru it, but because the ship or aircraft is too big to go thru the singularity, that would break the object immediately.


There is another very dangerous effect with that piece of material. The black hole would suck the air molecules to it, and that would cause the most horrifying effect in the atmosphere, what mankind can ever imagine. The singularity would press the molecules together, and cause the nitrogen fusion, what would cause the effect, that nitrogen would start to combine with oxygen.


Heavy element fusion is extremely hot, and it can take even days because the heavy elements would release the energy, what will feed the black hole. Nuclear reactions, what is causing by the pressure around the tiny black hole could give enough power, that it could stabilize the singularity, and it could danger the life on earth. The possibility for that is minimum, but there is change, that this could happen if the molecules would be sucked to that object symmetrically, and cause the heavy element fusion in the atmosphere. And if it happens that would be too late to think.

That fusion, what is similar, with the reactions, what is going on in the nucleus of the most massive stars in Universe, would not normally take a long time, but the black hole would feed it with the gravitational energy. The long-term extreme heat can cause the situation when the atmosphere is starting to burn.  Or it would just suck our atmosphere thru the wormhole to somewhere in another side of the universe. And that would mean the end of life on our planet.

The problems of SETI-program

Kimmo Huosionmaa

SETI (Search for Extraterrestrial Intelligence) program is one of the most dangerous programs in our planet. Even if we haven't get contact or signal from extraterrestrial intelligence, the telescopes might get it in next night. Or they can get contact beyond 1000 years. Some people think that waiting for a contact is like waiting for a train or something like that. SETI program is not so simple because we can't know when the first message is coming.

Or does it come in our lifetime? When we are talking about that project. If we will get the signal from other civilization, but we might ever take contact to those civilizations. They might be so far there, that we ever can't message together because the civilization might be in Andromeda galaxy. That proves the existence of alien civilization, but that doesn't mean that this civilization has ever meanings for us. That civilization would be so far, that even if they jump in their UFO:s right now, our sun would be turned a red giant before they arrive.

Problems of SETI program is that if we will get contact to other civilization, we might get under attack. But if we use the right technology we can hide our existence from aliens. We can cover our entire planet holograms, what makes humanoids to believe that our civilization does not exist. And of course, radio telescopes might use as a gigantic ECM-system, what makes our planet seem like there will not find any interesting. The system will be sent back waves to humanoids transmission, that they can’t see our planet's surface with radar and they can’t get repulses in their telescopes.  

That radiation makes the radio waves or their echoes weak, that they can’t go back to the transmitter. Or otherwise the signals what will be sent back to humanoids would be so powerful that they would think that this will be gigantic super earth, there will be no life forms exist. But this scenario is pure fiction if published information is true.

But everybody knows that federal authorities are not talking true all the time. SETI is one of the most complicated missions on Earth science community. If you want to investigate extraterrestrial civilizations you have nothing where to start. There is not even one single message what is proven that is coming from another star. If somebody believes extraterrestrial intelligence, that does not mean that he or she believes little green men, or why that person wouldn't believe that some people might have green skin. There is one great “if" in those scenarios.

If somebody has put the genetic what causes photosynthesis in the flora to human DNA, that will make the human skin transformation to green. But what kind of technology that speculative humanoid civilization might have. They might have the technology to create “wormholes", but the problem with wormhole travel is that that kind of stuff will need two black holes, what will put resonate to same frequency, and after that those black holes must be separated and another will pull to the place, where that civilization wants to travel. That will take very long time for that civilization, and success of that project can see until the trip is done. That’s why aliens must be sure that there is something interesting.

Otherwise, the trip is made for nothing. And it can take even thousands of years. But there is always artist’s freedom to use imagination about other civilizations. They might have gigantic Dyson spheres, where could be floating “island” in the middle of that colossal ship, what might be the size of a planet. That island would be in the area, where is not gravitation field, and that area might use for production, what needs absolute zero-gravity condition. There might be nano-technological and biotechnological research areas, where they create nano-robots and other that kind of stuff.

https://crisisofdemocracticstates.blogspot.fi/