The research and advances in artificial intelligence are causing the need to re-estimate what things like consciousness means? When we are creating new and powerful AI. We are creating something that has not existed before.
And quantum technology has increased the power of AI.
So that means we might face surprising situations when we are driving AI algorithms by using quantum computers that are a minimum of 1000 times faster and more powerful than traditional binary computers.
Black holes are mysterious objects. And one interesting thing orbits every single black hole in the Universe.
That thing is the photon ring. The photon ring is the photons that are orbiting the event horizon. Those photons might be the reason why we cannot see a black hole. There is a theory that some information falls into a black hole by following the half-elliptic trajectory. That means the nucleus of the black hole would act as the gravitational sling and makes it possible that some of those superstrings can escape inside the black hole.
That photon ring has the ability that it will encrypt the information that is escaping from the black hole. When superstrings or flat photons that could be visible are traveling across that photon ring those photons are cutting it into pieces. Or it turns the information into a form that we cannot observe it.
That thing gave interesting ideas for things like quantum computers and protective fields. If the photon whirl protects the quantum computer or its quantum entanglements. That photon whirl protects those quantum systems from the outcoming energy fields. The fact is that the energy itself will not break the quantum entanglement. The change in the energy level is the thing that destroys things.
Or sharply saying decreasing the energy level causes the particle sends light quantum. That light quantum, energy burst, or wave motion is the thing that destroys molecular and other bonds.
The protective field can protect the layer against incoming material objects. Or even laser rays. A photon whirl can act like a laser ray that whirls around the object.
The photonic whirl has caused an idea of the protective field. In this case, there are two-layer quantum fields. That is made by expanding two different elementary particles or their quantum fields. That thing will happen by stressing those particles with energy.
The photons are trapped between those two internal quantum fields and they are starting to whirl in that bubble. When something hits that photon whirl. It erases that incoming thing immediately. That thing would be the real-life protective field. When those photons are impacting things they would erase that immediately.
There are plans that by using an extremely high power electric field there is the possibility to capture photons between electrons around the layer. The electricity travels at the core of the wire. And it rises electrons to the upper energy level.
So there is a possibility. That the electrons are acting like a photonic trap. And if those photons are whirling around the layer they would encrypt the information that humans cannot see in that layer. So that thing could be the key to the ultimate stealth and protective systems.
When something has begun, that thing must also have an end. So for being infinite the universe must have no beginning. So sometimes people misunderstand that space and the universe are the same. The universe is the bubble where all material that we can touch is.
Or at least it supposes to be in that bubble. And the space is the dimension where that bubble hovers. But the fact is that we don't simply know many things that we expected. When we face things like the Big Bang theory we oversimplify that thing. We say that Big Bang released all material into the universe. But we are not sure about that thing.
The thing is that the material of the universe has limits. The limit is the distance between two first photons that are released from the Big Bang. Those photons are traveling faster than other photons. The fact is that information itself cannot be destroyed. So information that formed the universe stays forever. But that's the only thing that we know. There is the suggestion that information is one state of matter.
And the fact is that wave movement can transport information. Along with wave-particle duality, that thing means that wave movement is also one state of matter. But can the information be separate from wave movement and particles? Does it have a form that is separated from the wave movement and particle? The superstring is the shape of wave movement that can turn into a yarn ball called an elementary particle.
There are at least four major elements in the universe.
1) Material
2) Energy in the form of wave movement
3) Dark matter (There is the possibility that there are actually at least two forms of dark matter)
4) Dark energy
We think that dark energy is wave movement. The origin of that wave movement is in the unknown particles. Those particles could be hypothetical gravitations. And we might think that the gravitons are the particles that particle-wave duality forms when gravitational waves are crossing. So that means there is the possibility that dark matter is forming all the time from the crossing gravitational waves of the black holes.
We see about 15% about the material. And then we must understand that most of the universe is wave movement called dark energy. So there is a possibility that dark matter is released in a different place than visible material. Dark matter can be the thing that is released from the cold Big Bang. That means dark matter erupted before visible material during the Big Bang.
Or dark matter existed before the Big Bang. There is a theory, that dark matter is the remnant of past universes. And the multiverse theory explains that thing. But then we are facing one of the most interesting questions about multiverse theory. The main question about that theory is. Of course, where and when was the first universe born? And where it takes its material or wave movement that formed the first universe.
The thing is that there is always the ultimate end or ultimate fate of the universe. The ultimate fate of the universe is the Big Crunch. Or the Big Silence. The Big Crunch means that the universe drops into a black hole. And the Big Silence means that the universe continues its expansion forever.
The thing is that the spherical universe is the only thing that can fall. If the universe is flat or hyperbolic its ultimate fate is big silence where all particles turn to wave movement that continues forever. Sometimes researchers think that the hyperbolic flat universe is more comfortable because they are closing the phoenix universes away. The Big Crunch or big slurp means that the entire material of the universe falls into the giant black hole. And then the quantum field around it is removed. And that thing causes the new Big Bang.
But in the case of the Big Silence, the wave movement continues forever. The thing is that the Big Silence is the thing that happens in stages. When the expansion of the universe continues, the existence of material is ending. The final stars detonate, and the only things that are existed are neutron stars and black holes.
Gravitation is interacting from extremely long distances because there are no disturbing things. And then black holes are eating each other and neutron stars. When there is no radiation the quantum fields around black holes are gone. And then those black holes are starting to erupt causing similar effects to the Big Bang. So there is the possibility that new universes are forming in that case. When the gravitational waves are crossing around the space.
Then we must realize that information that exists in that wave movement is forever. Those wave movement bites are turning almost straight. And then they have all information that was in the universe. And maybe some of those waves are impacting some other waves.
Above this text, you can see the droplet that drops into the water. The water droplet spreads on the water surface until the underpressure channel that is formed over it pulls it back again. The droplet pushes the water that acts like a trampoline.
And finally, you see that when the droplet is back in the air again it forms the underpressure channel under it. And that pulls the pike of water behind it. The thing that denies that the water droplet can be mixed with the water is surface tension. In the quantum world. The quantum field is acting like surface tension in the molecular world.
The reflection could be that the photon hits the quantum field. During that act, it releases its energy to the quantum field. That quantum field will start to oscillate and release its extra energy behind the photon. That wave movement causes the effect that is used in spectroscopy. The wavelength of that electromagnetic radiation is the same as the size of the quantum field that sends the radiation.
So the photon is jumping out from the quantum field. But it releases part of its energy to that energy bubble that surrounds all atoms and subatomic particles in the universe.
So there is the possibility that the photon is behaving like a water droplet. Photon has no mass, and the reason for that might be that photon cannot interact with the material itself. If the photon is an extremely low-mass particle. There is the possibility that a photon acts similar way to a water droplet. When it hits the quantum field.
When a photon hits the quantum field of the atom it makes the pothole in that quantum field. Then that quantum field will push the photon back. When a photon travels in space there is also some kind of quantum vacuum behind it. When a photon jumps out from a quantum field the electromagnetic lower pressure or vacuum forms under it and pulls the quantum field behind it.
When coherent light like a laser ray hits the target the photons are drumming at the same point. And sooner or later they start to tunnel between atoms. That means the photons transfer their energy to the atoms.
And then that energy transfers to those atoms' quantum fields. And the material always delivers extra energy until it reaches energy stability. The energy stability means that the energy level in those quantum fields is at the same level as the energy level of the material. That causes the quantum fields are transmitting photons and wave movement.
So, sooner or later that thing pushes those atoms away from each other. The other thing is that the wave movement tunnels itself between atoms. Then it starts to crease. That movement causes the quantum wave away from that superstring. That energy wave causes atoms are pushing each other away from the tunneling channel.
The thing that makes photon very interesting is that it has wave- and particle forms. That gives a hint. Maybe the photon is like origami or rather creased than the ball. So if the photon is like the bite of the wave movement and it hits the quantum field where is a lower energy level than in photon. It can pull photons straight. If that straight photon impacts with a quantum field the impact area is so small that we cannot recognize it.
The straight bite of wave movement can travel faster than a photon because the doppler effect is not so strong in that wave movement. But sooner or later the doppler effect will push that wave movement to a ball-shaped or creased snippet of wave movement that we call a photon.
This thing makes one thing possible. That thing is that the mysterious graviton might be the straight photon. If that thing is possible it causes the thing that dark matter does not exist in the form that we thought. And at least the part of the dark or invisible material is in photons that we cannot observe.
Diagram: The hypothetical form of the photon can be the right creased wave (1) that can turn straight (2).
Information itself might not have mass. But the carrier of the information must have some kind of mass. So the photon is formed by the similar superstrings that are forming material. Like superstring theory claims. Also, the photon has mass. And if the photon has a mass that means that the dark matter might not exist in the form of material.
There is the possibility. That superstrings or photons in some form might have the role of dark matter. And then another thing is that there is the possibility that the so-called "straight photon" is the thing that was called the hypothetical graviton. The graviton or hypothetical carrier-particle of gravitation might be hard to detect because it's the straight wave movement. Or its shape is different than regular particles.
The small contact area explains why gravitation is so weak. The quantum underpressure area would be so small that they cannot form a visible effect.
The thing is that information itself might not have mass. But the carrier of the information must have some kind of mass. Information cannot exist in the emptiness. But information can store in the wave movement. And when we are saying that information travels between superpositioned and entangled photons.
We should say that information travels in the quantum field of superpositioned and entangled photons. So information that is stored in the wave movement will fall into (or on) that quantum field that acts like a quantum-size conveyor belt that transfers that snippets of wave movement ahead.
The wave movement is like the string. And that string forms all material. So could the dark matter be some kind of string? If material is formed of superstrings those superstrings have mass. And that thing is making it possible that the wormhole can form when the energy level of that superstring is turning too high.
When we are thinking that information can store in a wave movement we must remember wave-particle duality. That means the wave movement can take the form of a particle and the particle can turn into wave movement. When we are thinking that way we can have the possibility to create the "information rocket engine" that uses straight snippets of wave movement as the exhaust material.
Could information be the next state of matter?
There is a possibility that photons have mass because they are formed by wave movement. The photon is the only particle. That can change its form to particle and wave movement automatically. So because the photon has the form of wave movement and particle there is the possibility that the photon is rather like a creased snippet of wave movement than some kind of ball.
Diagram two is the model of what the photon could look like. There is the possibility that if the photon is in the form of a creased bite of the wave it causes the effect that we know as light. But when the wave movement is in the straight form that thing might make the photon invisible. The reason for that is that. Straight wave movement doesn't cause so powerful interaction that we could see that.
Fluorescence and birefringence of 445 nm laser in calcite crystal (Wikipedia, Photon)
Photons and electromagnetic resonance are interesting things. They can explain why the material is like it is.
Another name for electromagnetic resonance is superposition. And sometimes somebody thought that all photons in the universe would be superpositioned. So there is some kind of photonic network in the universe. That means at least most of the photons would oscillate with the same frequency.
Resonance and reality are interesting things. The thing is when the electromagnetic waves are stressing some particles. They are starting to oscillate or resonate with that wave movement. There is sometimes introduced a fundamental idea about the shape of the light. The idea is that light is wave movement that is traveling between photons in the photonic cloud. Could that kind of condition be possible? Maybe near black holes is possible that photons are forming the cloud.
And wave movement travels between those stable photons causing resonation and oscillation. The radiation that photons send in that model is similar to neutron radiation. When energy hits the stable photon. It adjusts that photon to a higher energy level. Then that photon will release extra energy as radiation. The wavelength of that radiation is the same as the diameter of the photon.
The same principle makes neutron bombs so lethal. Same way radiation will hit neutrons in a neutron bomb. When radiation impacts neutron it will rise to a higher energy level. And then it sends extra energy away as the neutron radiation. That radiation resonates with other neutrons and destroys things like DNA. And that makes the neutron bomb so inhumane and terrifying weapon. It kills living organisms but leaves material untouchable.
The idea of a photonic cloud is simple. Photons are stable particles. And they are in stable positions. And the thing that we call light is the wave motion that is traveling between photons. When the wave movement hits the photon that causes resonance, and then the photon sends wave movement. That idea is not quite wrong. The reason for that is. That the light has also particle and wave movement forms. The photon itself can turn to wave movement, and it also must send some kind of radiation.
So, gravitation is also a wave movement.
The gravitational waves can be the answer to the question of how the gravitation began? And maybe gravitational waves can give answers to many things. The most interesting thing that can research by using gravitational waves is dark matter. Gravitational waves are forming when another particle orbits the gravitational center. The idea is similar when somebody rotates the whip.
When the whip is rotating it transfers its kinetic energy to the air. If the speed of the whip is high enough. There is a slap in the air. So every single object like Earth and the core of the Earth is sending gravitational waves. The Earth will send gravitational waves when it orbits the Sun and when its core rotates the nucleus. The problem is that those gravitational waves are so weak that they are not easy to observe.
And that thing makes it possible that the gravitational waves can someday uncover the items like are there some nebulas or even stars and planets that are formed of the dark matter. The idea is to search the gravitational waves that are coming from nowhere. If it is a weak gravitational wave there is no black hole or neutron star. The sender of those gravitational waves should be an invisible object.
Only things like massive white dwarfs and heavier objects can send the gravitational waves that are strong enough to observe. If we think of the source of gravitational waves as the whip it always sends sound. But the speed of the whip must be high enough that other people can hear the slap. That means if the Earth's core rotates with the speed of light it would send the visible gravitational waves.
The gravitational wave is the energy that travels away from the object. If there is some kind of river that flows away from the beach. That will impact the wave it will pump counter energy to that wave. This thing makes the end of the rivers more dangerous than other places. The counter waves will pull the swimmer to a longer distance than other places.
The thing is that the gravitational wave can be the counterwave that reflects from the object. The thing that causes the energy flow can be the reason for the area that is in a lower energy level behind the gravitational wave. The thing is that every time the object sends a gravitational wave it sends something about itself.
The problem with programming the quantum computer is simple. Where the computer finds the data must determine to a quantum system.
The building can use as the model for data input for the quantum computer. The binary computer has only one floor for handling data. And the quantum system has many floors which are symbolizing layers or states of the qubit. And the problem with the data handling process is how the quantum system is how the system knows the position of the inputted data?
If we are using the physical house as an example we can think that the binary computer has only one door where it can find data. But the quantum computer has many layers. So how the quantum computer knows where is data is inputted into it?
The binary computer can use as a lobby. The binary computer is inputting data to the quantum system. So data will not go straight to the quantum computer. Binary computers must preprocess data before it will send to the quantum system. And the quantum system must be prepared to receive data.
When the quantum computer has finished the data processing. Data flow will send back to the binary system for output devices. If the input-output lines are separated. And each line is handling only input or output processes that mean the system will work faster.
Programming the quantum computer is not so tricky as people think. But making the theory to practical mode is tricky. When data is traveling through the binary computer to the quantum computer the binary computer has one problem. It has only one layer or floor that it can use in the data handling process. The quantum computer has multiple floors which are the states or layers of the qubit.
If we think that the house is the model of the quantum computer. Each of its floors is in a certain state. The state of the qubit is a certain energy level. And the quantum computer must use very high accuracy in the energy loads that it can find the data from each layer. So this thing means that the energy-based qubit is a "standing qubit".
Rising and laying the energy level of the qubit is allowed to pump data in it. When the data is pumped into a quantum system. it stored at a certain energy level. And when data will remove from the qubit. The qubit releases it in the form of photons or electromagnetic wave movement and the system sends it to the sensor.
But what is a recumbent qubit?
Recumbent qubit is similar to the standing qubit. But it uses electromagnetic wavelength for transmitting data. In that system, every frequency of electromagnetic spectrum is the independent state of the qubit.
This kind of system is the prism. And the laser rays are transmitting data to each spectrum line. That spectrum- or rainbow qubit is one of the versions of the quantum computers that can operate at room temperature.
The system uses each spectrum line as the layer of the qubit. Because data transmission happens by electromagnetic wave movement. And each color of the spectrum is one layer or state of qubit this thing can be called a "recumbent" or "horizontal qubit".
The data input for the quantum system happens through the receiving layer.
The information what quantum computer requires for handling data. Is how many layers of the qubit the system requires. How many layers of the qubit must be reserved.
And which of the layers are in use. The last information is necessary if the inputted data doesn't fill the entire qubit. So when the data is coming the binary system tells a quantum computer that the data is coming.
Then the quantum computer will send the layer to get that data. And then the quantum system will share data to the needed layers. The router is like the elevator in the building.
The difference between binary and quantum computers is that there are many layers in a quantum system. The binary system has only one layer which it can use.
The speed of binary computers cannot rise forever. There is the possibility to make the binary system faster by using artificial intelligence-based solutions. One of the solutions is that the computer tells automatically when it stops. Then the inputting system can deliver data to the system. But the fact is that theoretically, the speed of the quantum computer has no limits.
The number of layers or the states of a qubit is limited. If the system uses the quantum annealing chambers for handling data. The number of those chambers can increase without limits. The data can be driven to those chambers in lines. So the entirety of the quantum computer system can consist theoretically unlimited number of subsystems.
When data is traveling to a quantum system the binary computer is telling that the data is coming. Then the one layer or the state of the quantum computer will come to get the data. So that layer is called "the port state". And in that layer, the quantum computer gets the required information for handling the data.
The data that the quantum system requires is how many layers it must reserve for the data handling. That thing is important if the handled data row is short. In the cases like Riemann's conjecture, the mission doesn't fill the entire qubit. If the algorithm is very short it leaves empty layers in the qubit.
The free layers are causing a problem. If there is no data the quantum computer might stay to wait that the empty layer leaves its data. And that can cause the jam of the system. The layer must tell the collector that it's empty. The idea is similar when the data collector would be a human who drives with an elevator.
The system works that the layer will deliver data to the collector at the door of the elevator. But if there is nobody the serviceman would wait until somebody is coming. The solution for the empty state problem is that there is a mark that the layer or floor is empty and the collector can pass it.
There is no straight moving photon in the straight universe. The trajectory of a photon can be straight only behind the event horizon where the extremely powerful gravitation will turn it straight. In that massive gravitation field, the radiation will travel only in one direction. In the straight universe, the quantum fields are disturbing the trajectory of the photons.
The form of the photon is interesting. The reason for that is that the photon has no mass. And that is the reason why the photon has the top speed in nature. The speed of light is also an interesting thing. The limit for that is about 299 792 458 m/s.
But there is one thing in the speed of the photon. And that is that the speed of light is a relative thing. The speed of a photon is lower in a thicker medium than in a vacuum. And the speed of light is lower in the water than in the air. Because photon has no mass. The forces of the other particles will cause that the trajectories of photons are not straight. There are no straight-moving photons in the universe. The density of the medium causes that the speed of light is changing.
It's the cosmic constant. But also relatively chancing constant. The speed of photons depends on the form of the medium. The speed of a photon is top but it's relative.
So the particle can cross the speed of light when it hits the medium which is denser than the space where it comes from. During the slowing, the particle must transfer its kinetic energy to the medium as the Cherenkov-radiation or the blue shine around the nuclear reactor. The Cherenkov-radiation is like the sonic boom but the speed of the particle is higher. And the size of it is smaller than in the case of aircraft.
If the photon is like tape in the black hole, the massive gravitation will pull the bite of electromagnetic straight.
So is photon flat? In that case, the form of the traveling photon could be like tape. And when the photon stops it would turn to the shape of the ball. So if the traveling photon is like tape that means it would not touch the quantum field. Because photons would elude the quantum field measuring its mass is extremely difficult.
In that case, only the photon that impacts the quantum field by using the perpendicular trajectories can transmit the energy to the quantum field. The observations of the material happen by reflection.
When photons impact the quantum field. That impact increases its energy. After that, the quantum field will deliver the extra energy back by releasing a photon.
The form of the photon is interesting. If a particle would not have mass it should not have the ability to transfer energy. And that thing is making the photon extremely interesting thing. So there must be something in the form of the photon that makes it able to transmit energy.
And there is a possibility that the photon is more wave movement than the particle. Or if we are thinking of the wave-particle duality there is the possibility that photon has the form of the bite of wave movement. That means the photon could be flat. In this version of the form of a photon.
The traveling photon flattens by a quantum field. While it's traveling. And when the photon is stopped it would take the form of the ball. So is photon the particle between the material and the radiation? The thing is that photon is transmitting energy is real. But the thing about how this happens is a little bit of mystery. The mass is connected with energy.
And if the particle doesn't have mass. That means it should not able to transmit energy to the particles. But if the photon is flat, that thing could mean that it would impact energy to the quantum field around the atoms and other particles.
When we are looking at texts about Black Holes, we sometimes face the term "Hawking's radiation". But what that term means? When we are trying to Google that term, we would meet the texts, where black holes mentioned to lost from existence, by sending the "Hawking's radiation". And maybe we can now understand that term. The term "Hawking's radiation" means that sometimes one photon would flee from that supermassive piece. In this case, the black hole needs other stars or material around it, and that mass what this black hole sucks in it, that black hole can easily compensate the lost photons.
But the situation changes when the black hole would transfer to absolute empty space, where is not even light or electrons around it. There would happen the case, that the black hole will be steamed away because of the electrons or photons are flying from that piece. When we are talking about material, also the photons and electrons have mass, and when the structure where even the light cannot flee, would pull the electrons and photons inside it, would it get more mass for it. Photons and electrons are actually same particles and the speed or energy level of those particles separate them from each other.
When we are thinking about my favorite thing, the wormhole or "Einstein-Rose bridge" we can say that forming that channel across the universe, should the black hole find another black hole, and then those black holes must start to oscillate with the same frequency. That would make possible to create that channel across the universe. But when we are thinking about traveling across that channel, would there be one thing sure. That would not dangerous, because of the "Einstein-Rose bridge" can forming between two black holes. And when something would come out from another side of the channel, would the black hole start to pull that thing again in it. And that means that the traveler would travel easily out from that channel. But this works only if those black holes would have the same mass.
If another black hole would be bigger than another, the results would be devastating. If the black hole what sends the particle to the wormhole is bigger, it works like the super cannon, what can accelerate the particle at very high speed. And if something comes out from wormhole with the speed of light, would the result be that impact energy would destroy the planet immediately. When the case would turn that receiving black hole would be bigger, the piece what would send thru that tunnel, would it snap back to the sender with destructive results, and the If human race would sometimes use wormholes for traveling across the universe, we must be sure, that those black holes would be the same size.
This means that traveling thru the electromagnetic wormholes are just in the level of theory. When we are thinking about traveling thru that tube, we must send the spacecraft to the targeted solar system, and then it would make the electromagnetic wormhole, and the similar singularity would be produced on the Earth, and that would allow traveling between stars. But first, we must send the spacecraft to another star, and it would take very long time. There is one thing what we ever thought, and that is, the ship what travels thru those "bridges" should across the central point of the wormhole, that it could travel to another side of that tube. And that can be done by using rockets to give more speed to our fictional spacecraft. When we are talking about intergalactic traveling, we can make wormhole near the center of our galaxy, and then drive the spacecraft thru that supermassive black hole. and if there is a wormhole between two supermassive black holes would the travel be very calm.
But if the partner is the normal black hole, would the result be, that spacecraft would travel very roughly in somewhere where we ever thought to send that fictional spaceship. This text is, of course, hypothetical thinking about the world of wormholes, and I used that space trip as an example how difficult is to make those trips thru the wormhole safely. And in the real life would happen very badly, because there might be no wormhole between two black holes.
And actually, we don't even know where those roads between two black holes would end, and that means that the trip across that channel would be like random, and we cannot be sure, where we would send that hypothetical spaceship if we would find small enough black hole, what we could cope with our own technology. In that case, we would find the very small black hole, and then we would create the electromagnetic black hole, what would oscillate with the same frequency, and of course, that artificial black hole should be the same size than the targeted black hole.
If we are thinking carefully that ship what travels thru the black holes, must send across the central point of the wormhole, and that would be key to travel across those channels. If the ship would stay in the center point of the wormhole, it would stay in there forever. And then the use of motors would transfer it to another black hole. But this is only fiction, and good day to spend time with thinking about those phenomena, what are actually the most high energy thing in the universe.
