Can alien civilizations find us?

When we think that alien civilizations see our microwaves and other signals, there is a possibility that they see us. But making contact with other civilizations is a complicated thing. The aliens have similar problems with us as we have with hypothetical alien civilizations. If aliens want to see what our messages, like TV data, involve, they must break our codes the same way we should break their codes.

We are aliens for aliens. That means their numerical systems might be different than ours. And they must also detect our signals and recognize them as the products of intelligent creatures.

But if aliens sent some kind of voyager to detect intelligent lifeforms from other stars, they might send robots for the first journey. If hypothetical space colonists are traveling to another solar system, Those aliens might send the robots to make the base before the human colonists.

The purpose of those robots is to make comfortable and good bases for colonists. Sometimes there is the idea that even before Mars astronauts arrive, large groups of robots are making the base ready for those human astronauts. In that model, the base is ready to offer protection and a workplace, like laboratories for astronauts who work on Mars.

"Researchers from Mauritius and Manchester University used crowd-sourced data to simulate radio leakage from Earth’s mobile towers to predict what an alien civilization might perceive from afar. The team found that while individual systems output low radio power, the combined spectrum of billions of devices, coupled with more powerful future broadband systems, could be substantial enough to be detected by advanced extraterrestrial civilizations". (ScitechDaily.com/ Can Aliens Detect Us? New Study Explains)

"An electric self-sensing and variable-stiffness artificial muscle. Credit: Chen Liu et. al, Advanced Intelligent System." (ScitechDaily/Bionic Breakthrough: Revolutionary Self-Sensing Electric Artificial Muscles)

Are "little gray men" some kind of robot?'

At first, I must say that there is a possibility that those mysterious "little gray men" could be robots that somebody uses in some kind of ultra-secretive mission. Or the owner of those robots has not been reported or has somehow introduced themselves.

The fact is that those gray aliens could be very advanced robots that use new types of artificial muscles. Making artificial muscles is not as difficult as people think. Silicone bags have a shell equipped with nano springs that can act as artificial muscles. When electricity is injected into both sides of the cell, the electricity pulls up those nano springs.

There is also the possibility that biological muscle cells can turn into artificial muscles. In that case, the organelles of those cells must only be removed, and there must be embedded nanotechnical microchips. Or if the creators of that thing want, the only thing needed is to connect the two heads of the facial muscle cell with electric wires. And then those nano springs or natural proteins pull up the silicone bag.

There is also the possibility of using long proteins as artificial muscle cells. In that case, those fibers are connected with some kind of miniature, nano-sized mangle that pulls those fibers through it. And then those fibers pull up the artificial muscles. Those artificial muscles make it possible to create more human-like robots than ever before.

https://scitechdaily.com/can-aliens-detect-us-new-study-explains/?expand_article=1

https://scitechdaily.com/bionic-breakthrough-revolutionary-self-sensing-electric-artificial-muscles/?expand_article=1

Well, is the Universe 26,7 or 13,6 billion years old?

The age of the universe is hard to detect. We can see the last flash of the Big Bang. And we can see the moment when radiation started to form material. But we cannot see the Big Bang itself. Many things remain unknown. The normal model of the Big Bang was that the effect, or "the bang," was stable. That means the Big Bang released material and energy into the universe. Or the Big Bang released energy that turned into material in space. When we observe the Big Bang using cosmological models, we are observing it from outside. 

We cannot see time dilation or energy relationships, and actually, we don't know if the Big Bang happened at the same speed all the time. There is a possibility that there were changes in the speed at which the Big Bang released energy. And if we think that we cannot see the entire Big Bang and only the last flash of that, we are not sure how long the Big Bang remained. Or how long it released energy until the first particles were formed. So we might think that the moment when the quark-gluon plasma formed was the moment when the universe formed. That point is 13.8 billion years in the past. But there is a possibility that electromagnetic radiation existed a long time before that.

When scientists calculate the age of the universe, there is always some kind of error. The problem is that things like time dilation in a young universe make it possible for the universe to look older than it is. But the problem is that the universe was different in its youth. Time dilation, energy level, and form of material were different. So we are not sure which age is right.

When we are looking at an image of the universe, we might see that galaxies are on a layer that looks like a ball. The reason we don't know the geometric shape of the universe is that we don't know how much dark matter there is. Another interesting thing is that there is some kind of effect that makes whirls in that layer, where almost all galaxies are.

There is a supermassive black hole, and then that thing makes a galaxy around it. There is a small possibility that the shockwave that left the Big Bang impacted some other wave movements. But that requires the existence of another universe. Or there is some kind of energy peak that is making those whirls.

In some models, dark matter is released into the universe in some other event than the Big Bang. The hypothetical effect that released dark matter is called the "Dark Big Bang.". 

The standard cosmological model is that the Big Bang released all particles. But the fact is that nobody is sure about that thing. Dark matter, along with dark energy, can exist before the visible material. And nobody is sure if dark matter and dark energy have any kind of connection with each other. But when we are trying to determine the age of the universe, we must realize that we must find the point where we begin our calculation.

The point could be the point where the high-energy universe started to take on the form in which we know it. That point would be the point where the first gluons or quarks formed. The idea is that particles form from the inside to the outside of atoms.

And in that model, the gluon would be the first particle of visible matter. The problem with all models is that we don't know the conditions in the young universe. We know that time dilation was stronger. The energy level was higher, and then the first plasma formed. The energy turned into gluons and quarks. The difference between quark-gluon plasma at CERN and in a young universe is that in a young universe, the quark-gluon plasma stands alone. There were no outside effects in that universe.

But quark-gluon plasma requires that there be quarks and gluons. Time dilation is a problematic thing in the calculations of the age of the universe. Time moves faster in our universe. The dark energy effect is stronger now than in an extremely young universe. In the universe, where there were no particles and impacting waves formed the first particles, there was no gravitation. Or gravitation was different than our universe. If there were WIMPs before the first visible matter particles, there was some kind of gravitational effect from WIMPs.

There is a possibility that there was no internal gravitational interaction before the first particles formed. There was something that created things like black holes in the young universe because wave movement formed material in the Schwinger effect that required the ability to change its direction. There must be something that made waves cross each other.

https://bigthink.com/starts-with-a-bang/universe-13-8-or-26-7-billion-years/

Anti-aging medicines: the next-generation tools for continuing a working career

The thing that causes aging is damage to the DNA. There is a self-destruction process in cells. But somehow, that self-destruction doesn't always work as it should. If that self-destruction doesn't work, the result is that zombie cells are left in the body. Sometimes the thing that causes failure in the cell's self-destruction process is in genomes where telomers are turned short. Telomers are the first and last parts of DNA. And the self-destruction mode of the cells is hidden in those telomers. So if the self-destruction can connect back to the zombie cell's DNA, that destroys those harmful cells.

Another way to clean those harmful zombie cells away is to use their shell antigens. Some of the zombie cells are not similar to regular cells. The zombie cell is hairy, and that means some mark proteins will touch those cells better than wealthy and functioning cells. Those proteins can mark the cell so that the immune system destroys it. Zombie cells play a key role in cancer cases. Those cells are turning into cancer cells.

A zombie cell means that the cell's mission is over. But they don't "want to die". That means the nanotechnical medicines can contain some kind of chemical mark or antigen that touches only those zombie cells. And that helps the immune system destroy them.

Artificial intelligence is the ultimate tool for the R&D process in medicine. The term anti-aging medicine means medicines that remove zombie cells from the body. Or maybe in the future, those medicines can fix damaged DNA. The difference between those medicines and some cosmetic products is that those medicines affect something that causes aging. And the most conventional way is to just mark zombie cells for immune defense so that it can remove cells that have completed their mission from the body.

"Researchers have utilized AI to discover new senolytic compounds that can suppress age-related processes, such as cancer and inflammation. By training deep neural networks on experimental data, they were able to identify three potent drug candidates from a chemical pool of over 800,000 molecules, promising superior clinical properties to existing senolytics." (ScitechDaily.com/Artificial Intelligence Unlocks New Possibilities in Anti-Aging Medicine)

Zmbie cell

The problem with zombie-cell markers is that they can mark the wrong cells. And that thing can cause catastrophic situations.

Genetic therapy, where damaged DNA will be replaced by fresh DNA, can be the answer to an extremely long life. But the requirement for that therapy is that there be fresh DNA that the system can use to replace the DNA from the cells. The problem is that the DNA must be taken at a very young age. The PCR Polymerase Chain Reaction can multiply that DNA.

But AI-controlled nanotechnology can also make the DNA copy by using a digital database. The DNA is in digital mode, and then nanorobots are making that DNA by using similar systems that are used in protein and complex chemical manufacturing. Those systems are in use in medical factories. Nanotechnology and AI can also make it possible to create artificial DNA. That thing requires complete knowledge of the functions of every DNA base pair. But AI and CRISPR can make this kind of thing possible sooner than we ever imagined.

The problem with anti-aging medicines is that they should fix genomes or DNA. The system can replace damaged DNA by using fresh DNA. There is a possibility that the DNA that was injected into the cells contains a sequence that makes those infected cells immune against some cytostatic or virus, and that helps to remove non-infected cells from the body. Here I mean that the cells' genome is not changed and will be easier to remove.

But making a person young again is a more complicated process than just removing zombie cells from the human body. The system must remove damaged DNA and then inject new DNA into those cells. The problem is that there is a lot of DNA that is needed. The thing that could make the process where the DNA is changed in the cell's nucleus possible could be genetically engineered immune cells, like macrophages or B lymphocytes. Those manipulated immune cells can be injected into a human's bone marrow, and then they can produce artificial viruses. Or change the DNA in the cells.

Advanced nanotechnology also makes it possible to engineer the DNA of bacteria or any other cell. That genetically engineered immune cell can produce DNA that it can use to make artificial viruses. Genetically engineered macrophages can change the DNA in the cell's nucleus. If we want to make people young again, we should replace damaged DNA with fresh DNA. There is a possibility that the DNA that replaces the old DNA involves a sequence that makes "infected cells" immune to some medicine or viruses. Then the cells that are not infected will be destroyed.

https://scitechdaily.com/artificial-intelligence-unlocks-new-possibilities-in-anti-aging-medicine/

https://scitechdaily.com/anti-aging-medicines-seek-to-eliminate-zombie-cells-but-could-this-be-dangerous/

The dark energy and antigravitation

Graviton and antigravitation: is dark energy antigravitation?

Mass and gravitation have a connection. Mass is the thing that determines an object's gravitational force. And Higgs field should give mass to objects. So Higgs field could be the thing that connects WIMPs, hypothetical dark-matter particles, gravitation, and visible material. The thing that supports this model is that dividing particles from Higgs boson includes W and Z bosons. And the interaction between Dark matter and WIMPs should contain weak interaction or weak force. So that means the WIMP might interact as well with gravitation. But also with Higgs field. 

Gravitation is a mystery, but gravitational waves, which are the newest tool in physics, are uncovering the mystery of that most dominant force in the universe. In this text, the graviton is the particle that forms and transmits gravitation. So if the vaporization of that particle forms gravitation, the antigravitation would be the quantum radiation, or "vapor", from that object. Or it can be emission radiation that the graviton sends when gravitational radiation stresses it.

The source of gravitational waves is a very small particle. And if we think that gravitation is radiation, its wavelength is very short. So if a graviton is a particle that is between gluon and quark and it sends gravitational radiation, the antigravitation would be the emission radiation from those particles.

So could gravity be the same thing as the Higgs boson? The Higgs boson is the thing that gives mass to particles. And there is the possibility that the Higgs boson is at least very close to the mythic graviton. We see the Higgs boson when it is shot out of matter, and we see that particle only when it flashes just before energy travels out from it.

So if the particle that is between quark and gluon or inside all elementary particles is the reason for gravitation, that thing happens like this: When those particles are vaporizing or turning into electromagnetic waves, they form an electromagnetic low-pressure around them. That low electromagnetic pressure pulls particles toward each other. When that particle between them vaporizes, it turns smaller and compresses an entire atom or some other object. That thing causes the electromagnetic low pressure that we see as gravitation.

That explains why neutron stars, hypothetical quark stars, and black holes have such strong gravity fields. In those objects, the material is in homogenous form, and all particles, like gravitons, have the same size. So they vaporize simultaneously. In that model, all particles that are forming gravitation are vaporizing at the same time.

Sometimes researchers introduce the idea that dark energy is antigravitation. If we think that vaporizing the Higgs boson or some other yet unknown particle that vaporizes between gluon and quark is the thing that is behind the gravitational effect. We must say that proving that thing is extremely difficult. The particle that is smaller than gluon sends radiation whose wavelength is so short that it's hard to detect.

The reason why small particles send radiation or wave movement with such a short wavelength is that they send it more often than large particles. Small particles transmit energy more often than large particles because there is no room for extra energy. When radiation with a short wavelength impacts other particles, it causes smaller changes in the energy level of that larger particle than radiation with a long wavelength.

Emission radiation is wave movement that comes out of a particle when it releases its extra energy. And the thing that destroys material is the end of the stressing radiation. At that moment, the particle sends its extra energy out. The source of gravitation is something very small. And gravitation is very short-wave radiation. So if we think that the mass of particles and objects forms when some particles between gluons and quarks are vaporizing, the energy that this hypothetical particle sends is antigravity.

The fact is that gravitation, or gravity, is the force that has a long-range effect. And another thing is that. Gravitation is the force that affects large material masses or large groups of particles. The third thing is that gravitation doesn't transfer energy to particles. That means gravitation is a so-called "cold force".

Things like quantum gravity are interesting phenomena because they are the smallest elements of gravitation, and maybe if we can see that phenomenon, we can see antigravitation. The problem is how to confirm the existence of antigravitation. Gravitation is such a weak force, or its wavelength is so short, that other forces are covering it at the subatomic level.

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

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

https://scitechdaily.com/on-the-trail-of-a-mysterious-force-in-space-scientists-shed-new-light-on-dark-energy/

Einstein's gravitational model and Theory of Relativity still stand strong.

The fast shrinking of a black hole is what causes its strong gravitational field.

All black holes are losing their mass. When black hole masses decrease, they shrink. And that shrinking causes low electromagnetic or quantum pressure around that vaporizing object. Vaporization means that an object turns into an electromagnetic wave. And then other quantum fields are trying to fill that area that the shrinking black hole leaves behind it. The fast shrinking of a black hole is what causes its strong gravitational field.

A black hole, or its event horizon, is a ball-shaped gravitational lens. That thing focuses all radiation, including gravitation, in the middle of it. And if that is true, Gravitational waves are reflections from the center of the black hole. If we think that the Higgs boson is the thing that gives mass to objects, we can use that model to explain why the gravitational field of a black hole is so powerful. If the radiation that decreases the mass of the black hole is coming from vaporizing Higgs bosons, that explains the power of the black hole's gravitational field. 

When a black hole vaporizes or loses its mass, there is an electromagnetic or quantum low pressure around it. All quantum fields are trying to fill that low pressure. And that flow is what we know as gravitation. Black holes are actually ordinary objects whose gravitational field is extremely strong. And if the vaporization of the black hole or decreasing of its size forms the gravitation, that model can be applied to all other gravitational centers, like planets. The reason why the gravitational field around planets is not as strong as around black holes is that their particle sizes decrease slower than in black holes.

A black hole or its event horizon is a ball-shaped gravitational lens. That thing focuses all radiation including gravitation in the middle of it. And if that is true. Gravitational waves are reflections from the center of the black hole.

What is a black hole? We can say that the black hole is the ball-shaped lens that focuses all radiation in the middle of it. And then that thing causes reflection from the center of the black hole. If the black hole also focuses gravitational radiation or gravitational wave movement, that explains the gravitational waves that are coming out of it. In that case, the gravitational waves are reflections from the center of the black hole.

When gravitational waves fall into the black hole, they collect around the singularity. The outgoing gravitational radiation turns that wave's energy level higher and higher until energy starts to travel out from the black hole. There is a possibility that a singularity that spins extremely fast also aims gravitational waves at its poles and sends gravitational peaks, gravitational tornadoes, or "wormholes" across the universe.

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"Researchers have confirmed a fundamental assumption in physics with unprecedented accuracy — that the various properties of mass, such as weight, inertia, and gravitation, are always equivalent, regardless of the specific composition of the mass involved. This reinforces the equivalence principle, essential to Einstein’s theory of relativity, and addresses a critical point of divergence between classical and quantum physics." (ScitechDaily.com/Gravity Still Holds: Einstein’s Relativity Theory Stands Strong After Quantum Challenge)

Light cone in 2D space plus a time dimension.(Wikipedia/Light Cone): Does the gravitational focus turn the gravitational waves upside down to their mirror waves?

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Can the event horizon turn gravitational waves upside down? And could that effect also happen in the focus of the other gravitational lenses? The idea is that the gravitational lens acts like an optical lens. There is a focus, and if we were looking at the image through the optical lens behind the focus, we would see the image upside down.

In some models, gravitation turns the other way inside the black hole. The idea is taken from the famous "light cone". The idea is this: When gravitational waves travel across the point where the gravitational field turns so strong that escalating velocity crosses the speed of light, that thing also affects gravitational waves and the form of gravitation. So if we think that the event horizon is a focus that unites gravitational waves like a lens unites light waves, the event horizon turns the gravitational waves upside down, just like the lens makes an image that is upside down if we are looking through it behind the focus.

The quantum challenge cannot shake Einstein's Theory of Relativity and its position in the world of science. The fact is that quantum theories are not yet complete because we cannot know the essence of matter. Without knowing the entire system, it is impossible to make models of it. The quantum systems are the entirety of wave movement and particles. Each fundamental force is the wave movement. And there is a distance where each force is dominant. A strong nuclear force is a force that has effects only over a short distance. That force is the interaction between gluons and quarks.

Gravitation is the weakest of all forces. But it interacts across long distances. The strong nuclear force can also travel long distances, but the wavelength is so short and the transmitting particle of that force is so small that there is no visible strong nuclear force interaction over long distances. So if there is some kind of long, strong nuclear force's distance interaction across protons and neutrons, we cannot see that interaction because the other three fundamental forces are coming from larger particles, and those nuclear forces' wave movement forms are easier to detect.

There is a possibility that the Higgs boson is normally between gluons and quarks. Or maybe that boson is inside each particle. Nobody knows if that particle is the Higgs boson or if there is some kind of other particle called "top" or "god". When those particles are vaporizing, that thing forms electromagnetic or quantum low pressure.

And the quantum fields around atoms are pushing them lighter. The reason for that is that the size of atoms and particles decreases. In the young universe, the size of particles was larger than it is now. The reason for that is cosmic inflation. The expansion of the universe causes the quantum fields around atoms and subatomic particles to weaken. And that causes an effect where energy travels out from particles.

https://scitechdaily.com/gravity-still-holds-einsteins-relativity-theory-stands-strong-after-quantum-challenge/?expand_article=1

The JWST telescope just found the first candidates for dark stars.

The thing is that we cannot see those dark matter objects straight. But the gravitational effect of dark matter objects causes interaction with gas and dust near those objects. That interaction means that gas and dust start to whirl. And that makes the friction in those particles. The same way the dark matter object interacts with stars. And if some planet's mass dark matter glimpse impacts with a star, that causes the rise of the star's energy level. The rising temperature uncovers the dark matter particles. But there is no other interaction between dark matter and visible matter than gravitation. So the heat of those stars will not affect dark matter glimpses. 

"A team of astrophysicists has discovered three potential “dark stars” using the James Webb Space Telescope. These theoretical bodies, thought to be powered by dark matter particles, are much larger and brighter than our sun. If confirmed, they could significantly illuminate our understanding of dark matter, one of the most significant unresolved issues in physics. Furthermore, their existence could reconcile the discrepancy between the current standard cosmology model and the observation of large galaxies early in the universe". (ScitechDaily.com/Powered by Dark Matter: Webb Space Telescope Catches Glimpse of Possible First-Ever “Dark Stars”)

The JWST telescope probably found the first evidence of a dark universe. If that is true, it makes a revolution into our worldview.

If the JWST telescope's observation about stars made of dark matter is right, That thing causes a sensation in science. That observation can open the road to analyzing weakly interacting massive particles (WIMPs). The existence of dark matter stars could explain why we cannot see the mysterious "Planet X".

The answer could be that hypothetical planet X or the ninth planet, is an object formed of dark matter. So if a glimpse of dark matter causes the gravitational anomalies in planet Neptune's trajectory, that opens a new page in science and material research.

If somewhere there is an object that is formed of dark matter, that object will pull material around it. But the mass of that dark matter planet or star is too low for the black hole. The planetary mass glimpse of dark matter could be sensational.

"The James Webb Space Telescope spotted three objects that may be formed from dark matter particles annihilating one another. (Image credit: NASA/ESA)" (Space.com/Do fabled 'dark stars' actually exist? James Webb Space Telescope spots 3 candidates)

The term "dark star" means a theoretical star that is formed of dark matter. That means those stars are forming weakly interacting massive particles (WIMPs). And if those dark stars are possible, that means that there could be dark planets, dark solar systems, and dark galaxies that we cannot see. It was a long time before I wrote an article about the theoretical dark universe. In that article, I wrote about the possibility that dark matter can form similar structures as visible material.

The idea for that theorem came from observations of galaxies where there was no dark matter. Because dark matter is not homogenous around the universe, it brought up the idea that maybe there are interplanetary nebulas, but why not galaxies, planets, and even species that live in a universe that is with us? But is invisible to us? 

Maybe the finding of the Webb telescope could confirm that theorem. And now it seems that there are at least some dark stellar-type objects in the universe that are formed of dark matter. Dark matter interacts with regular matter through gravitation. So if there is some invisible object that pulls matter around it, and if the mass of that object is too low for it to be a black hole, That means there is a possibility that the object is made of dark matter.

Theoretically, dark matter is a form of WIMP. The weakly interacting particles could be particles whose spin is too high. At that point, I mean that maybe the spin of that particle is over one. Or maybe the speed of the spin of WIMPs is extremely fast. That could form the onion-looking power field around that particle. The fast spin adds two energy peaks to the rotation axle of those particles. 

Those energy peaks will just pull energy that travels to the WIMP in two directions in extremely thin energy strings. When energy travels out from particles in those energy peaks, they pull energy or a quantum field with them. And that causes quantum underpressure around WIMPs. That means that other Qauntum fields are trying to fill that hole. If that model is true, it explains why WIMPs interact only through gravitation.

https://scitechdaily.com/powered-by-dark-matter-webb-space-telescope-catches-glimpse-of-possible-first-ever-dark-stars/

https://www.space.com/nasa-james-webb-space-telescope-stars-dark-matter

https://artificialintelligenceandindividuals.blogspot.com/2022/10/theoretically-dark-matter-can-form.html

New research doubles the universe's age. And thoughts about the infinite question: are we alone?

The new age for the universe is 26,7, not 13,7 billion years.

Cosmic inflation means the space expands relative to the material. The distance between particles is growing. And the electromagnetic radiation's relative to gravitation effect particles turn higher. That energy will push particles away from each other. The quantum gravitation between particles is not powerful enough. That it can resist the energy and its pushing force. 

In some models, the wavelength of the gravitation could explain that thing. If the wavelength of repelling energy is longer than the pulling energy that we call gravitation, that could explain why gravitation loses. If the wavelength of some other energy form is longer than gravitational waves that make it possible that the longer wavelength pushes particle,  like string over the shorter wavelength. 

"A new study suggests the universe might be 26.7 billion years old, almost double the widely accepted age of 13.7 billion years. The new model, incorporating Zwicky’s tired light theory and Dirac’s evolving coupling constants, could explain the existence of mature, small galaxies formed just 300 million years post-Big Bang and propose a revised interpretation of the cosmological constant." (ScitechDaily/Cosmic Paradigm Shift: New Research Doubles Universe’s Age to 26.7 Billion Years)

The effect is similar to a bigger man pushing the object with a longer stick than a smaller man pulling with a shorter stick. And that means the shorter man cannot affect to object under the longer stick. 

When the universe expands the particles vaporize or turn to electromagnetic radiation or wave movement. That wave movement makes standing waves between particles. And then when that wave movement that comes from particles impacts with those standing waves that thing forms the effect called scattering. The problem is that the scattering effect cannot explain. Why there is too much energy in the universe?

When there is silent time in science, things like alien civilizations get space in media. The fact is that SETI (Search for Extraterrestrial Intelligence) is a scientific program. The fact is that. We cannot be sure about the existence of ETI (Extraterrestrial Intelligence) until we get the first confirmed message from another solar system. 

The new tools have doubled the age of the universe. And that thing is one of the most remarkable things in cosmology. The universe's age is a very important thing when researchers want to make models of the time when planet formation begins. So researchers require the universe's age to make the model of possibility to find intelligent lifeforms. Almost all theoretical lifeforms can create machines and cultures connected to their home planet. 

"NASA’s Astrobiology Program is focusing on understanding the origins and requirements of life in the cosmos to answer the age-old question “Are we alone?” Research begins with understanding how life began on Earth, starting from the birth of our Sun". (ScitechDaily.com/Are We Alone? – Beginnings: Life on Our World and Others)

The existence of the planet is necessary for all known intelligent organisms. Of course, there are theoretical models of the things like AI-based civilization. But that kind of civilization requires the carbon-based lifeforms that put the development of AI ongoing. There is no AI without carbon-based- natural organisms with enough high intelligent levels that they can make that kind of project. 

In many models, there are lots of habitable planets. But the lifeforms on those planets are primitive. So even if we find primitive alien races like some kind of amoebas swimming in the ocean of Jupiter's Europa moon. In the case of that kind of alien organism we can say that even if we could find some kind of bacteria in those planets or moons, we still are alone. 

Those primitive aliens cannot answer our questions. So even if we can find some alien bacteria in those distant oceans, we cannot communicate with them. The model is similar as we will sit in the middle of vegetables or bacteria cultures. 

When we think about things like, really intelligent civilizations we must realize a couple of things. We are also aliens for those civilizations and same we as we are, they must be careful about contacts. If some civilization tries to make too early contacts without investigating carefully the messages, they might fall into the trap. And if some interstellar civilization wants to harm us or some other pre-Kadechev civilization, that thing requires only one about 1000 Kg spacecraft that they drive against the targeted planet. 

The thing is research on alien intelligence has just begun. Things like investigative cosmo-biology, cosmology, and SETI programs are established in the early 21st century. And in 2020's researchers started to make systematic and open investigations into UFOs. Before those programs, people tried to tell us that maybe there is some kind of intelligent civilizations in our galaxy or some other galaxies treated like clowns. 

https://scitechdaily.com/are-we-alone-beginnings-life-on-our-world-and-others/

Is the natural position of Higgs boson between quark and gluon?

The Higgs bosons that spin is 0 should not contain things like W and Z bosons. The reason why Higgs boson's spin is zero is that it has no time for spin. The short life cycle of the Higgs boson is the result of the phenomenon that we see that particle only at the moment where it vaporizes. So there is the possibility that Higgs boson is naturally between gluon and quark. 

And if that thing is possible, the Higgs boson's vaporization or turn to 2D material is the reason why the Higgs boson makes mass to material. When the Higgs boson acts like a balloon, it forms electromagnetic low-pressure that pulls energy out from the particle into the point where the Higgs boson is. 

The Higgs boson is like a bubble in the Higgs field. And that thing could explain, why there are those divided particles in Higgs Boson. The answer for that thing could be in the standing wave. The existence of Higgs boson is a very short moment. And when that particle collapses the impact of electromagnetic fields that surrounds that particle falls in the point of Higgs boson. 

So maybe the source of those particles that form when the Higgs boson falls is in the point, where electromagnetic fields around the Higgs boson are impacting. When those energy fields impact that thing forms the counterwave. And in that counterwave, the Schwinger effect can form short-term particles. The thing is that the Higgs boson is one of the most interesting particles in the world. The particle itself is a boson. But there is no force that the Higgs boson transports. 

When we think that the Higgs boson gives mass to particles. That interaction might have a connection with that particle's extremely short lifetime. When Higgs boson falls the outside energy fields fill that point. That means energy travels to the point where Higgs boson has been. So if there are some particles between the Higgs boson, that thing makes that those particles will fall to the point where the Higgs boson has been before it collapsed to the 2D structure. 

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Higgs Boson decays into.

"Bottom–antibottom pair (observed)Two W bosons (observed)Two gluons (predicted)Tau–antitau pair (observed)Two Z bosons (observed)Two photons (observed)Two leptons and a photon (Dalitz decay via virtual photon) (tentatively observed at sigma 3.2 (1 in 1000) significance). Muon–antimuon pair (predicted)Various other decays (predicted)" (Wikipedia, Higgs Boson)

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Could Higgs boson's natural position be between quark and gluon? 

There is the possibility that the position of the Higgs boson is between quark and gluon. In that environment, high-energy quantum fields push the Higgs boson into a compact size. That thing means that the Higgs boson could be smaller than the gluons the strong nuclear force's transportation. But when particle accelerators collide with those particles. 

That impact makes a situation where the quantum field anymore presses the Higgs boson. So the Higgs boson will blow to an extremely large size. And that means we see Higgs boson only at the moment where it vaporizes. So the collision in the particle accelerator simply releases the Higgs boson from its natural position. 

If Higgs boson is between gluon and quark. That thing pulls them together.  Particle accelerators and extremely high energy levels are not forming the particle. They just shoot them out from the material. There is the possibility that the Higgs boson is a very small particle when it's in its natural environment. 

https://scitechdaily.com/unlocking-dark-matter-mysteries-through-gravitational-waves/

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

Gravitational waves can unveil the mystery of dark matter. But they also can tell why gravitation is so special.

The dark matter mystery is the thing that gravitational waves could solve. There is the model that the WIMP (Weakly Interacting Massive Particles) can form dark matter or a mysterious gravitational effect. 85% of the existing material is dark and maybe gravitational waves are interaction between WIMPs. 

In some visions, there are two wavelengths of that gravitational waves. The other could be the gravitation in the form as we know it. And another could be the Higgs field. The idea is that a gravitational wave is a reflection from the center of the gravitational field. The reason why black holes send gravitational waves is that there is some kind of effect that sends a gravitational wave out from the black hole. 

Or maybe those gravitational waves are the result. Some kind of radiation comes out from the black hole's core and drums the event horizon which could be a standing gravitational wave. 

So gravitational waves form when two energy fields (Maybe the Higgs Fields) impact the gravitational center. The impact of those two energy fields or radiation fields forming the standing wave. When the energy level of that standing wave rises high enough, it would transport energy outside the gravitational center. 

There are interesting ideas that the WIMP is non-fermionic material like free bosons. But before WIMP is captured nobody knows the truth. And the problem is that the only known interaction between dark matter and visible matter is gravitation.  

Gravitation or gravity is the wave movement. There are models that gravitational waves are forming when the gravitational field impacts the Higgs field. The idea of this model is that when electromagnetic waves cannot reach the gravitational center the Higgs field could fill that electromagnetic low-pressure area. 

In other situations, the EM interactions could push that Higgs field back. But objects cause the EM shadow that allows the Higgs field to turn interacting straight with the gravitational field. So if gravitational waves are reflections from the Higgs field. That means the Higgs field could transform the impacting radiation to another wavelength. 

Another version of this model is that the gravitational waves are forming when two Higgs Fields are impacting. So when Higgs fields are impacting. They form a standing wave that can send gravitational waves away from the object. 

The gravitation is a mystery. In all systems in the universe is the gravitational centers. So if we think that gravitation is a pushing force, a wave movement that travels to the gravitational center. In some models, gravitation is the result of electromagnetic shadow in the gravitational center. The idea is objects like planets are forming some kind of EM shadow inside them. 

That electromagnetic shadow causes an effect where gravitational waves start to transport particles into the gravitational center. Then the gravitational waves are a reflection that comes from the center of the gravitational center. The reason why gravitation seems to pull objects into the gravitational center stronger than pushing them away is simple. The gravitational waves are a reflection that comes from the gravitational center. 

The Higgs fields could interact the same way as those gravitational waves. The model is that the Higgs field is the thing that travels in the gravitational center. Then the Higgs field reflects from another Higgs field. That more high-energy Higgs field transforms the lower-energy Higgs field's wavelength to the wavelength of the gravitational wave. 

And the thing that makes the breaks in those waves is the energy level in that reflection must rise higher than the wave that comes out from the particle. So that thing causes the impulse called gravitational waves. For getting out of the gravitational field the gravitational energy must load more energy onto the impact wave than outside energy brings to the object. When the energy level of that standing wave rises higher than outcoming energy it sends a counterwave. 

The counterwave is the thing that we call gravitational waves. The thing is that maybe there is some other wavelength of gravitational waves that are traveling to the gravitational center. The reason why this thing could be right is that the density of material has a great effect on gravitation. 

The extreme density of material called singularity means the situation where gravitation might reflect immediately out from the shell of that particle. The event horizon is the impact point where  in- and outcoming gravitational radiation makes the standing gravitational wave. 

https://scitechdaily.com/unlocking-dark-matter-mysteries-through-gravitational-waves/

Atom clocks can make observations of gravitational waves.

Researchers make observations about gravitational waves by observing cosmic clocks. It's possible that in the future. Researchers observe the changes in the half-life of the extremely short-living radioisotopes. Or they can observe atom clocks. Gravitational waves cause deviation in the orations of the atom clocks. The gravitational waves can use to send photons to the future. 

The gravitational wave must be powerful enough that the system can affect the time in the photons. When some power field impacts photons it loads more energy to that thing. And that should cause the time reversal phenomenon in those particles. Time is stopped in photons, and the photon's speed in that virtual model where time is like a river is the same as the flow of time. So if researchers could send some kind of energy to the photon, that means time in it slows relative to the time that flows outside the photon.

"In this artist’s interpretation, a pair of supermassive black holes (top left) emits gravitational waves that ripple through the fabric of space-time. Those gravitational waves compress and stretch the paths of radio waves emitted by pulsars (white). By carefully measuring the radio waves, a team of scientists recently made the first detection of the universe’s gravitational wave background. Credit: Aurore Simonnet for the NANOGrav Collaboration" (ScitechDaily,com/Gravitational Waves Detected Using “Cosmic Clocks” and Unseen Spatial Distortions)

The gravitational waves can make warp drive possible. The hypothetical spacecraft could make the gravitational wave ahead of it. The gravitational wave pulls that craft ahead. And that thing makes the revolution in space flight. But the major problem is that synthetic gravitational waves are hard to make. There is the possibility that the annihilation can make so extremely high energy radiation that it can interact straight with gravitational waves. The energy impulse must have so high level. That it can warp the gravitational fields. 

The enormous energy levels. Along with very thick and dense wave movement could push warps in the gravitational field. In nature, things like black holes and neutron stars can make gravitational waves. 

In those cases, the extremely high-power gravitational fields travel across each other when those massive and supermassive objects send gravitational waves. So those gravitational fields around the massive objects are causing interaction with other gravitational waves. 

Gravitation is one of four fundamental interactions. Those interactions are gravitation, electromagnetism, and weak and strong nuclear forces. All those fundamental interactions have particle and wave movement forms. The problem is that all those fundamental interactions have different wavelengths. That means they are not interacting straight with each other. 

Things like elementary particles are the things that are involving elements like bosons. Bosons are the carrier-particle of three known fundamental interactions. Only the transportation particle of gravitation is missing. When other fundamental particles are impacting those impacts release bosons. Those bosons can uncover how those fundamental interactions interact with each other. 

The reason why gravitation is so weak interaction could be in the form of gravitational waves. If gravitational waves are thin. They don't interact with other particles long enough that they can raise the particle's energy level so that people can see that thing. 

In that model energy in the particle is rising when the gravitational wave hits it. But then a gravitational wave passes that particle and releases that extra energy when energy pumping ends. 

There is a question called the GUT (Grand Unified Theory) there is claiming that all fundamental interactions are part of the same force. There is the theory that the origin of gravitational waves is in the Higgs field that is inside the protons and neutrons. The Higgs field makes mass to those particles. The thing is that. The energy that travels in the particle gives it its form. 

And then the energy reflects something from inside the particle and rips it in pieces. The gravitational wave could form in the particles when energy travels into them. That energy reflects from some other field. So in this model gluons, particles that transport strong interaction send the energy wave to quarks. 

Then those quarks send energy to the shell of the proton and neutron. There the strong interaction turns to the weak interaction. And while that radiation forms during W and Z boson interaction travels through the electron shells they would turn that wave movement into the gravitation. But if we want to make that model work. 

We must know the entire system. There is a possibility that gravitational waves can form in multiple layers at the same time. If the source of gravitational interaction is at the atom's electron shells. There is the possibility that each orbiter sends gravitational waves with their unique frequency which explains why gravitational interaction is so weak. 

If all electron shiels send gravitational radiation with different frequencies that explains why gravitational waves are so weak. Those electron layers are not acting synchronously. So those electron shells send so thin wave burst that interact with other particles and particle groups. That interaction is not taking a long time. And that could explain why gravitation is so a weak force. 

https://scitechdaily.com/gravitational-waves-detected-using-cosmic-clocks-and-unseen-spatial-distortions/

Graviton is the missing particle that should transport gravitation.

Could graviton be the quantum-size black hole in gluon? 

Graviton is a theoretical particle that should carry gravitational interaction. The problem is that researchers have never seen this mysterious particle, which could explain why the only known effect of gravitation is that it pulls objects. There is a theory that a graviton is an extremely small black hole, smaller than quarks and gluons. If that tiny quantum-size black hole exists that thing explains why gravitation is a unique force. 

Theoretical quantum-size black holes interact like all other black holes. There is a disk and a relativistic jet. The quantum-size black hole pulls only wave movement inside it. But before it will make that. It pulls the wave movement straight. And that makes it very hard to detect those objects. In some theoretical models, the quantum-size black holes are pulling wave movement to bubbles around them. Those bubbles are similar transition spaces like all other black holes. But the sphere around that thing is very much smaller. 

There is the possibility that this hypothetical quantum-size black hole cannot pull wave movement inside it. In that model, the radiation forms the bubble around that quantum-size black hole. And the radiation that impacts the poles of that hypothetical object forms the energy pike. 

And one possibility where those theoretical small black holes can hide are gluons. The gluons are transportation particles of strong nuclear interaction. If that model is right and the graviton is a black hole in the gluon-particle that could explain many other things. 

If that model is right, that explains dark matter and dark energy. The idea is that the energy level in quantum-size black holes is the same way high as larger black holes and that means the space inside them is four-dimensional. The black hole sends radiation that loads energy to wave movement around it. That thing would explain some very difficult things. 

One of those things would be dark energy and dark matter. The dark energy would form when the radiation pike from the gluon hits the quark. That thing forms an energy load that the quark sends forward. So dark energy would be radiation that comes from quarks. The form of that radiation would be similar to neutron radiation. When that energy pike turns away from the quark. That thing releases its extra energy as radiation. 

Antigravitation would be the situation where the jets of the gravitons or quantum-size black holes are in the same direction. That causes the effect that those energy pikes push objects away. 

The dark matter would be the situation where the radiation pike is away from other particles. That thing causes a situation that the gravitation of that extremely small black hole is turning stronger than the repelling effect of the point of radiation pike. That thing makes it possible that the gravitation is not homogenously strong in the systems. 

When we are looking at the weaker point in the Earth's gravitational field over the Indian Ocean, we must realize that stronger gravitation at the Pacific Ocean pulls objects away from that point. So if we want to be funny, we could say, that the relativistic jets of the small graviton particles are in the same direction at the point of the Indian Ocean. If somebody can prove that graviton is the black hole inside the gluon, that person earns a Nobel prize. 

Is the Big Bang impact between 4D and 2D material?

The JWST telescope unveils the beginning of the cosmic web. 

In some models, the origin of the universe is in 2D material. The 2D material is the superstring or wave movement. The universe will return to 2D space when it faces its ultimate fate. 

In this model, the Big Bang blew that 2D material into a 3D form like a balloon. That means the material will turn back into 2D form when the universe meets its ultimate end. If we think that higher dimensions are very small, we can think the same way that the 2D universe is much larger than the 3D universe where we live. But proving that model researchers should know the place where the Big Bang happened. 

In some very exotic models, dark energy is the interaction that comes from higher dimensions. The black hole is the tensor or connector that connects the fourth and higher dimensions to our 3D universe. When the energy level of particles rises high enough, that thing makes it possible that there is forming a "nose" to particles. 

When the energy level of those particles rises high enough. They cannot interact with 3D material but they can form the web that is invisible to us. That web could be like strings that cannot interact with 3D material. But we cannot see that web. 

In some theories, the Big Bang was the case where the material that energy level was higher than the 3D material somehow interact with 2D material which is a hypothetical opposite version of the 4D material. So the Big Bang was like a waterfall where material's energy adjusted at the level that makes 3D material possible. 

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That means a theoretical model that:

The dark energy is coming from black holes. That could be energy which source in 4th. dimension. 

Dark matter is the thing that forms when hypothetical 2D material pulls energy out from the 3D material. 

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So if we think this model very accurately, the dark energy could be energy that is coming out from the fourth dimension. And that fourth dimension exists only in the black holes. The dark energy rips the universe into pieces. 

But the dark matter the gravitational effect that pulls the universe inside would be the effect that 2D material causes. The 2D material would pull energy out from the universe. 

"Astronomers have discovered an early strand of the universe’s cosmic web using the James Webb Space Telescope, existing just 830 million years after the big bang. The study also examined eight quasars in the young universe and revealed significant insights into the assembly and influence of supermassive black holes on star formation. (Cosmic web artist’s concept.)" (ScitechDaily.com/Webb Space Telescope Illuminates Earliest Strands of the Cosmic Web)

The cosmic web could prove the existence of wormholes. And cosmic web caused the birth of the intelligent universe hypothesis. Another name for intelligent universe theory is the conscoius universe theory. 

The cosmic web is the largest known megastructure. There are even theories that the cosmic web makes the universe intelligent. And if we are looking at that image with very high accuracy, we might think that the bright spot is the Pineal gland. But the fact is that the cosmic web is one of the most interesting things in the universe. There is something that makes the comic spider's web. 

For creating that kind of web there must be some kind of gravitational central point that looks like some kind of gravitational web. The thing is that the cosmic web could prove the existence of wormholes. And maybe the cosmic web shows us the point, where the Big Bang happened. There could be some kind of extreme version of the supermassive black holes. And maybe that black hole shows the position where the first galaxies formed. 

The cosmic web can form around the wormholes. Those cosmic energy tunnels are connecting black holes. But proving the existence of those Einstein-Rose bridges is very hard. The relativistic jets from the poles of the black holes are forming electromagnetic wormholes. But could inside that thing be the gravitational wormhole? That thing makes the revolution in science. 

The idea of a fourth dimension or upper dimension is interesting. The idea is that the energy level of a material turns so high that it loses the ability to exchange information with other materials. The upper or higher dimensions exist. But they are extremely small. 

In some models, the Big Bang formed the 3D material by blowing it in a ball shape. So the origin of our third dimension is in the 2D material. That means that the mysterious dark matter could be 2D material. If that 2D universe exists that would be larger than our 3D universe. 

The thing that makes this model of higher dimensions interesting is that there could also be at least one dimension that is below our third dimension. The second dimension should be larger than our third dimension. In that model, the material is like a balloon. The energy that the Big Bang released blew the material to the form that looks like balloons. When material releases all energy it turns back to the superstring. 

It would turn flat like an empty balloon. The Big Bang pushed energy between flat superstrings. And that thing formed the material in the form as we know it. The vaporization of material means that it takes back its 2D form. 

So if the cosmic web makes the universe intelligent we must realize one thing. The universe is an extremely massive thing. The information can travel between nexuses and controls billions of years. The model of the intelligent universe is simple. The supermassive black holes would be the centers of the cosmic web. So the black holes would be qubits that are connected by electromagnetic or gravitational wormholes or energy channels that connect those black holes.

https://scitechdaily.com/webb-space-telescope-illuminates-earliest-strands-of-the-cosmic-web/ 

https://www.space.com/is-the-universe-conscious

The Dark Matter as a cosmological discrepancy

The problem with cosmology and dark matter is that cosmologists cannot connect dark matter with standard cosmological models. Without knowledge about details of some parts of the system that makes impossible to make complete models of the system. 

The fact is that we know only 5% of the universe. We cannot make it complete. And working models about the system where 95% remains unknown. so we know only a little part of the system called universe. 

In some models, dark energy is connected with dark matter. The source of dark energy would be dark matter. But confirming this theory is impossible if we cannot see dark matter or dark energy. 

In many models, the WIMPs (Weakly interacting massive particles are the thing. That makes the mysterious gravitational effect called dark matter. The form of WIMP is a mystery. There are also models where WIMPs are like gravitational skyrmions. 

Or they could be overweight gravitons. But the problem is that nobody saw graviton yet.  There is the possibility that gravitational waves that are impacting form the standing gravitational waves. And those gravitational waves are the thing that creates the virtual gravitational effect. 

The problem with dark matter is that we cannot see it, but we can see its interaction through gravitation. There is a matter that interacts without any kind of visible core or shell. Or there is something that causes a gravitational effect that looks like the matter. One of those explanations for the form of dark matter is the standing gravitational wave. 

"An international team of astrophysicists and cosmologists have submitted five papers suggesting the “clumpiness” (S8 value) of the universe’s dark matter is 0.76, a figure that aligns with other gravitational lensing surveys but not with the 0.83 value derived from the Cosmic Microwave Background". (ScitechDaily.com/Dark Matter Discrepancy: A Cosmic Conundrum in the Standard Cosmological Model)

Image: Pinterest

In this diagram are relations of Dark energy, dark matter, and visible material in the universe. 

It's possible that in the universe are points where the Higgs field can interact straight with the material. Higgs field gives mass to objects. And there is the possibility that the Higgs field can create overweight particles in the universe. There are many possible things in the universe. In some models, the Higgs field could repel the gravitational field. So when Higgs field's energy raises through a gravitational field that thing causes the effect, where the gravitational field would escape from that point. That thing causes gravitational waves that seem to come from the empty point. 

One of those versions of theories of dark matter without WIMPs is this. The Higgs field, or something that looks like the Higgs field makes holes in the gravitational field. So the Higgs field makes the gravitational skyrmion that falls in that hole. When that hole in the gravitational field falls that thing causes a gravitational wave in the middle of that thing. In some models, the Higgs field pumps mass to gravitons. And those overweight gravitons are things that are forming the mysterious dark matter. 

The problem with all theories is that nobody has seen dark matter yet. The second dominating force in the universe is lost. The ESA:s Euclid telescope is sent to find the truth about dark matter. Or maybe Euclid can see things that are giving a tip, how the dark matter forms. 

https://scitechdaily.com/dark-matter-discrepancy-a-cosmic-conundrum-in-the-standard-cosmological-model/

The black hole is unmasked. Telescopes took the very first image of a black hole with its acceleration ring and jet.

ALMA (Atacama Large Millimeter/submillimeter Array), the GLT (Greenland Telescope), and GMVA (Global Millimeter VLBI(Very Long Baseline Interferometry )Array) took the first image of a black hole's acceleration ring (sometimes acceleration or transition disk) and relativistic jet. That thing makes the next step in science.

 Could that image prove the existence of parasitic black holes the thing that could steal material from the bigger black holes? 

There seems to be a small black point in the black hole's jet. So could that thing be another black hole that orbits the supermassive black hole in the M87 galaxy? Also, there are black points near that black hole. So could they be the parasitic black holes that steal material from the supermassive black hole?

The ability to see acceleration structure and relativistic jet means, for the first time researchers can observe interactions of the black hole and its event horizon. The relativistic jet is another very important part of the black hole. Or actually, the black holes and their environment are the entirety. 

"Astronomers have produced an image depicting both the accretion structure and the powerful relativistic jet of the black hole at the center of the Messier 87 galaxy. The image was generated using the Global Millimeter VLBI Array (GMVA), supplemented by the Atacama Large Millimeter/submillimeter Array (ALMA) and the Greenland Telescope (GLT), providing a panoramic view of the black hole and its jet at a new wavelength. The image reveals a larger, thicker ring-like structure, indicating that material falling into the black hole generates an observable emission." (ScitechDaily.com/Black Hole Unmasked: Astronomers Capture First Image of Accretion Ring and Relativistic Jet)

The material falls in the event horizon and then. It should interact with the black hole's nucleus like material interacts with all other fast-rotating objects. The energy fields inside the black hole transport material to its poles. Then those wave movements from in and outside the black hole impact forming a standing wave. 

The problem with energy, that comes from the black hole is that it cannot travel through that standing wave. Another thing is that energy cannot escape from the black hole. So when a black hole interacts with its environment it packs energy inside it. And that energy pushes that standing wave closer and closer to the event horizon. 

In models, the wormholes are forming in those relativistic jets. 

The magnetic field transports particles to the black hole's poles. And that thing causes powerful nuclear reactions just outside the black hole's polar areas. The relativistic jet is the interaction where particles travel to the pole and give maser emission to particles and wave movement that travels in the middle of that structure. 

There is a structure in a relativistic jet that could look like a tornado. So is the origin of the center of that tornado the famous wormhole? In models, the Einstein-rose bridge is forming in the black hole's jet. And could we think that the mysterious tornado-looking structure is the thing that forms around the wormhole? Or is its origin outside the black hole? The fact is that the tornado itself is not a wormhole. The tornado forms around the wormhole. 

https://scitechdaily.com/black-hole-unmasked-astronomers-capture-first-image-of-accretion-ring-and-relativistic-jet/?expand_article=1

The soundwaves can play a key role in new types of quantum computers.

Superconduction can make by using pressure. 

Soundwaves, or acoustic waves can lock the material in a static position. So they can make the same thing as other pressure impulses. They can press the material in the superconducting form. And in that model, there is the possibility to make superpositions and entanglements in that material that those pressure impulses lock on the stable position. 

In that model, the acoustic waves are making a similar thing. As cooling the material. It freezes material in a position where is as small oscillation as possible. And the idea of superconduction is that the oscillation is removed from the material by putting its atoms so close to each other as possible. 

Acoustic waves can form virtual particles. The thing is that two standing acoustic waves can be put into superposition and the requirement about the success of that superposition is that those standing waves have identical oscillation. Those standing waves act like all other particles and virtual particles. When sound waves hit each other, they are rising energy levels at that point. 

The reason why most quantum computers use photons to make superposition is that individual photons are identical. The thing that makes a spectrum are photon groups, not single photons. The system stabilizes single photons in the static position. And then it makes the superposition and entanglement possible. 

In some visions, the quantum computer can use waves between oscillating atoms. In that model, the system makes a superposition in those standing waves between atoms. Those waves act as virtual particles the problem is that those standing waves reflect electromagnetic waves from them.  Those atoms can push atoms away from each other. 

But acoustic "photons" called "phonons" can make the same thing as photons. 

Acoustic waves can make phonons. Phonons are quantum phenomena where acoustic waves are acting like photons. The key element in the phonon is that the central point of atoms doesn't move and the motion happens by moving the electron shell. Or otherwise saying it's the acoustic oscillation in the quantum system. Phonon is a quantized soundwave and photon is a quantized electromagnetic wave. 

Wikipedia says about phonons: "In physics, a phonon is a collective excitation in a periodic, elastic arrangement of atoms or molecules in condensed matter, specifically in solids and some liquids. A type of quasiparticle, a phonon is an excited state in the quantum mechanical quantization of the modes of vibrations for elastic structures of interacting particles. (Wikipedia, Phonon)

Phonons can be thought of as quantized sound waves, similar to photons as quantized light waves. However, photons are fundamental particles that can be individually detected, whereas phonons, being quasiparticles, are an emergent phenomenon. (Wikipedia, Phonon)

The acoustic quantum computer uses phonons for making the needed quantum entanglements. These kinds of systems are making it possible to create a new type of small, portable quantum system. 

https://www.sciencealert.com/a-new-kind-of-quantum-computer-could-be-built-on-the-strange-physics-of-sound-waves

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

First time in history researchers analyze a single atom by using X-rays.

The ability to analyze single atoms by using X-rays is one of the biggest steps in nanotechnology. The ability to observe objects means that the system can control objects that are part of the structure. The system uses a nanotechnical stylus that conducts X-rays precisely in the right position. There is a possibility that neutrons or protons can use to send radiation with smaller wavelengths. 

In that case, the system puts a neutron hover between the stylus and the targeted atoms. And that allows to send neutron radiation into those targeted atoms. In the wildest visions, the neutron will lock to the position where the top quark in the three-quark structure will position to the targeted point. 

"New capability for analyzing single atoms combines X-ray beams from Argonne’s Advanced Photon Source and atomic-scale imaging possible with a scanning tunneling microscopy probe. Credit: Argonne National Laboratory" (ScitechDaily.com/For the Very First Time: Scientists Analyze a Single Atom With X-Rays)

Then the system sends energy impulses to the quark structure. The quark on the top will send that energy impulse to targeted atoms. And that thing allows researchers to see the structures. That is smaller than atoms. That ability would make it possible to create more complicated. And more accurate nanotechnology. 

In some models, things like neutrons can use to create quantum-size machines. Quantum machines can use neutrons' polarity or things like frozen electrons in hydrogen atoms to make combinations. The frozen electron means that the electron is locked in one position around the proton. And that thing makes it possible to create compounds by using electrons and protons' polarity. 

But while waiting for those systems we can think about nano rolls. (again)

"Scientists from the RIKEN Center for Emergent Matter Science have invented a composite material that channels mechanical energy in a specific direction. This hydrogel with embedded nanofillers could revolutionize how wasted vibrational energy is utilized". (ScitechDaily.com/Anti-Gravity Transport of Water Droplets: Material Channels Mechanical Energy in a Preferred Direction)

The nano rolls can use to create artificial muscles and flying nanomachines. 

Nano rolls are tools that make them more impressive than nobody even thinks. The nano rolls can use to make artificial muscles. The long protein will put to travel between the nano rolls. Those rolls are adjusting the length of those wires. The system is in the small bag where those microchip-controlled rolls are. Those artificial muscles' control units use BNI (Brain-Neural Interface) to control those microchips. 

That means those microchips use neural signals to give control orders to the system. The system must only move those nanowires front and back. And that means they could connect with the same nerves that give orders for natural muscle cells. 

That is the so-called dry version of artificial muscles. The wet version is the bag which is electrolytic liquid or gel. Small magnets can affect that liquid and move it to the magnet. That increases and decreases the length of that bag. 

The one impressive thing is nano rolls. Nanorolls are the things that make water droplets hover. The cell-size robots can also use the nanotechnical Archimedean screws to make them hover above the layer. There could be an iron structure around the DNA. Then that small screw will position in the circle-shaped frame. That frame could be the cell's ion pump. The purpose of those structures is to turn that thing into an extremely small ion pump. 

https://scitechdaily.com/for-the-very-first-time-scientists-analyze-a-single-atom-with-x-rays/

https://scitechdaily.com/anti-gravity-transport-of-water-droplets-material-channels-mechanical-energy-in-a-preferred-direction/

Scientists calculated the ninth Dedekind number.

The Dedekind number is a number with extremely high complexity. The exact value of this number Mathematicians at Paderborn University and KU Leuven, using the Noctua supercomputer and specialized hardware accelerators, have solved a decades-old problem by calculating the ninth Dedekind number, a mathematical sequence of enormous complexity. The exact number, previously thought uncomputable due to its size, is 286386577668298411128469151667598498812366. (scitechDaily.com/Elusive Ninth Dedekind Number Discovered: Unlocking a Decades-Old Mystery of Mathematics) 

Modern computer-based R&D systems can make many things. But they need numbers and calculations that are possible to transform geometrical form. The system requires certain types of fractals. The Dedekind's cut is a tool that can use to make complicated fractals. And that complicated structures can turn into models for nanomachines. The Dedekind cut is one of the tools. 

The Bing-AI created fractals made using Dedekind Cut. The command was to make me fractal by using Dedekind cut. Dedekind cut is not precisely the same as Dedekind number. 

"New capability for analyzing single atoms combines X-ray beams from Argonne’s Advanced Photon Source and atomic-scale imaging possible with a scanning tunneling microscopy probe. Credit: Argonne National Laboratory" (ScitechDaily.com/For the Very First Time: Scientists Analyze a Single Atom With X-Rays)

The newest nano-operating systems can observe single atoms using X-rays. The ability to create complicated structures requires the possibility to observe all its components. 

That can use to model complicated structures for CAD/CAM processes. And also the laser billiards that create the nanomachines and nanostructures are CAD/CAM systems. The nanotechnical CAD/CAM systems require images. And then they fill that image with atoms. 

The ability to observe single atoms using X-ray imaging technology is the next step in nano-and quantum technology. That system can make it possible to see and control single atoms in complicated structures. 

Those complicated structures can be in nanomachines. Or they can be inside the enzymes and proteins. The most important thing in enzyme interaction is that the right surface of the enzyme is at the right position. That thing can control by manipulating fractals. 

https://scitechdaily.com/elusive-ninth-dedekind-number-discovered-unlocking-a-decades-old-mystery-of-mathematics/

https://scitechdaily.com/for-the-very-first-time-scientists-analyze-a-single-atom-with-x-rays/

https://interestingengineering.com/innovation/supercomputer-ninth-dedekind-number-problem

Synchronously rotating water molecules can make it possible to create antigravity transportation of water.

RIKEN researchers created a hydrogel that can transport water molecules benefiting their mechanical behavior. Acoustic or electromagnetic systems can make a similar effect possible. The idea of this system is that water molecules are rotating in the same direction. That thing gives the nanomechanical ability to water that can hover water droplets. And it also can use at least small-size systems. 

If we think of the possibility that an acoustic system can make two water layers' water molecules rotate synchronously in the way that they can make standing acoustic waves between the object and the water layer. They also could hover over large-size objects. 

What if all water molecules in the water molecule start to spin in the same direction? If those water molecules will focus energy at the same point, that thing will create the hovering water droplet. In the antigravitational transportation of water droplets, we see how powerful the synchronized movement is. 

Water molecules look like little bit teddy bears. And there is the possibility that the system can use those molecules as nano-size propellers. In this mechanical system, all water molecules rotate synchronously in the same direction. And that thing forms the "statue" in the middle of the layer. That statue pushes water droplets upward. This kind of technology makes it possible to create a new way to transport nanomechanical systems. 

The ability to move the water droplets using the nanomechanical behavior in water molecules makes a new type of cooling system possible. And maybe someday that kind of nanomechanical system can move even larger objects. 

Scientists from the RIKEN Center for Emergent Matter Science have invented a composite material that channels mechanical energy in a specific direction. This hydrogel with embedded nanofillers could revolutionize how wasted vibrational energy is utilized. (ScitechDaily.com/Anti-Gravity Transport of Water Droplets: Material Channels Mechanical Energy in a Preferred Direction)

In some models the futuristic nano-robots can be water droplets there is a nanotechnical network inside them. That network could use electromagnetic or mechanical systems to make water droplet molecules rotate in the same direction. 

Hydrogel for Channeling Mechanical Energy. Hydrogel for channeling mechanical energy in a preferred direction. Credit: RIKEN (ScitechDaily.com/Anti-Gravity Transport of Water Droplets: Material Channels Mechanical Energy in a Preferred Direction)

Hydrogel for Anti-Gravity Transport of Water Droplets Application of the hydrogel for anti-gravity transport of water droplets. Credit: RIKEN (ScitechDaily.com/Anti-Gravity Transport of Water Droplets: Material Channels Mechanical Energy in a Preferred Direction)

Could synchronously oscillating or rotating water molecules be the thing that causes the Bermuda Triangle? 

In that model, acoustic waves put the water molecules rotate in the same direction. Or if soundwave will put water molecules oscillate or resonate, that can make space in the water. And if some ship is on that point, that effect pulls water out below the ship. 

The idea of the synchronously rotating water molecules is also introduced as the reason for the Bermuda Triangle and some mysterious vanishes in the sea. If all water molecules start to rotate in the same direction they can pull even large objects under the surface. The water molecules will be acting like mechanical rolls, and that effect can also cause the situation. Where air will lose out from the bottom of the aircraft. 

Could the mysterious "white water" that connected to cases where the ship vanishes the vapor that forms when acoustic resonance increases the distance of the water molecules? When that acoustic effect ends, the acoustic vapor turns back to the water. 

In some other models, the acoustic energy that impacts water molecules makes them resonate. This resonance could turn water to vapor, and when it ends the vapor where the distance of molecules increases because of resonation turns back to water. That thing increases the distances between those molecules. And there forms the phenomenon called "empty water". This thing causes that air falls immediately into that thing.