Writing about temperature.

What was the temperature in the Big Bang? 

The answer is: we don’t know. But. If we try to solve that problem, we must determine what temperature means. As we know. Temperature is an oscillation. When electromagnetic waves stress particles. They take that energy into their quantum fields. And when the stress ends. If the energy level in those particles. High enough, they send that extra energy into their environment. That thing pulls quantum fields outside. And we see that effect as the oscillation. The oscillation requires that there is space in the material. Oscillation is the thing that sends waves in the system. Those waves form standing waves that pull particles away from the structure. Oscillation that we see as temperature can happen in particles. Or quantum fields. 

The thing that boils water is the oscillation. That detaches water molecules. And those oscillating atoms pull gases from water between those molecules, like all other membranes that move back and forth. When we look at the water boiling. We can see that pressure also has. An effect on the boiling temperature. When the pressure in the environment is low. That gives water molecules more space to move. That decreases the boiling temperature. In space, water in the human body starts to boil. And that causes death. This is why astronauts use pressure suits. 

When the pressure around water is high. There is no space to oscillate. And that raises the boiling temperature. This means that the high pressure can turn water into ice. So, boiling temperature depends on pressure. And there can be ice on massive planets. If there is a high-power gravity field. Strong gravity can pull water molecules into ice. Even if there is no atmosphere and the planet almost touches its parent star. High-power gravity can turn water into ice even if the temperature on the planet is 300 degrees Celsius. 

This is the temperature on the surface of Gliese 436 b. But that planet is a so-called hot Neptune. There are more massive planets and objects than this planet. And that means the hot Jupiters can also involve ice that their massive gravity and atmospheres press into ice near their solid surface. The strong magnetic fields can also remove oscillations from water. 

Energy that is released in the system destroys structure. 

When an atom gets an energy impulse. All electrons around it take that energy. Into them. When the energy impulse ends, those electrons start to release their extra energy. The outermost electron releases photons. But the thing that destroys the system is the photon. That comes from the internal electrons. The incoming photon pushes the electron out from its orbital. The thing that destroys structure is energy that comes from inside. 

And another interesting thing is that the end of energy pumping destroys the system. In that moment, particles release their extra energy. And that energy impulse pushes them away from each other. Theoretically, we could even move into the Sun’s core if we could remove our atom’s oscillation. Another thing. That we must deny is standing waves. 

When an object falls into the sun. It starts to take energy or heat from its shell. That temperature falls to the center of the structure, and then it reflects back. That destroys the structure. Or otherwise. The sun’s radiation brings lots of free energy into the system. And that energy pushes particles away from each other. If the system can remove the free energy from it. It turns into unbreakable. 

In extremely dense objects. There is no temperature. As we know it. The thing that destroys the system is free energy. 

But then. We can think about the Big Bang. If we think that the object is very dense, there is no space for oscillation. That means the temperature in that space is zero. When the Big Bang happens. The reaction removed the structure. There matter and energy came. Like a series of expanding waves. In this model, the structure that formed the Big Bang erupted as multiple internal balls. The space between those balls or shells formed an entropy. The whirls that formed the first supermassive black holes formed between those shells. If there was no oscillation before the Big Bang, we can say that there was no temperature before fields started to oscillate. Temperature form. When entropy grows. Because entropy makes space inside the structure. 

That releases free energy. Entropy forms space in structure. And free energy falls into those empty spaces. So, entropy forms bubbles in the structure. And because those bubbles' energy level is lower than their environment. That pulls energy into them. So, in those processes, the question is always. What released energy? 

In theory, black holes are onion-shaped structures. The quantum fields are layers that form a structure from the inside.  In Black Holes, detonation begins when the most energy out of its quantum fields turns outward. That makes the space between those field layers. And then in that space form a whirl. The whirl packs energy into that point, outside the black hole’s core. That destroys the black hole. But when we think about the black hole’s structure, there is minimal entropy. The lack of entropy means that there is no space for internal oscillation. 

And then black holes and neutron-star-type objects have a minimum internal temperature. Until entropy starts to form space in those systems. There is always empty space in systems. Empty space is the thing that forms entropy. Entropy grows in every system. Entropy is the thing that makes oscillation possible. And when the density of the system decreases, that makes more space. And that allows particles and fields to oscillate strongly. 

They shine their energy out from their shell. The oscillation forms when there is space inside those extremely dense and heavy objects. When energy travels out from a neutron star, it travels from in to out. If outside energy cannot push neutrons back, those energy waves send a couple of neutrons away from their structure. That means neutrons form a structure; the neutrons move back and forth. And finally, there forms enough entropy that destroys the neutron structure. Oscillating neutrons pull a bubble between them. And then energy starts to fall in those bubbles, and then those waves reflect back into that structure. 

https://bigthink.com/starts-with-a-bang/how-hot-big-bang/

Images: Pinterest

The new intelligent medicines can give new tools for cancer treatment.

The key problem in cancer treatment is. How to detect those cells. And how to make those medicines. To select only cancer cells. 

The Parkinson protein makes holes in neurons. And that is one of the things that can help to make a cure for cancer. The Parkinson protein can be the tool that opens a new route to cancer therapy. However, the researchers must alter the protein into a form that allows it to target cancer cells instead of neurons. If the protein chooses cancer cells or bacteria, it can be a breakthrough in antibiotics and cytostatic medicines. The same process. That makes. The Parkinson protein chooses neurons. Can change to a process that drives those proteins into cancer cells. 

The thing that calls those proteins to cancer cells. Can be their ability. To call the blood vessels to them. When a cancer cell calls blood vessels. It sends chemical signals that it doesn’t get enough nutrients. Cancer cells send those signals stronger than normal cells, and that gives the possibility to create the protein that travels into the cancer cell and makes holes in its shell. In some models, the medicine protein connects to the surface protein and just turns it around. 

The intelligent medicines and nanomachines can be the new tools for cancer treatment. The artificial neurons. Those that are made of protein can be used to search and destroy cancer cells. One way to make that thing. It is to drive those intelligent proteins into the blood vessels. That transports blood to the cancer cells. The protein can close the blood vessel or slip into a cell and start to destroy its mitochondria. It’s also possible to use the small hard nanomachines controlled by miniature microchips. Those nanomachines can slip into the cell and cut its internal structures, or they can cut the cell from the outside. 

The new microchips can also control nano-tools that can cut holes in the cancer cells. Or they can push cancer cell surface proteins. That can cause damage that destroys the cell. 

The mRNA molecules that can order the cell to destroy itself can be created simply by cutting a desired sequence. From the DNA. The self-destruction sequence is at the end of the chromosome DNA. Called: telomer, or just before it. It’s not difficult to make the mRNA that can order the cell to shut down. That thing requires highly advanced technology. That can drive those mRNA bites into the right cells. 

mRNA can also be connected to nutrients that the mitochondria use for energy production. The mRNA can order the mitochondria to shut themselves down. Or it can carry the protein that destroys the mitochondria. The medicine can find cancer cells. Benefit a cancer cell's food requests. When a cancer cell asks for nutrients. Those proteins or mRNA bits can be connected to the nutrients that those cancer cells require. If there are some nutrients that are reserved only for cancer cells. There is a possibility. To use those nutrients as carriers that carry those medicines into those cells. 

As you see, there are many molecules and other things. That can destroy cancer cells or zombie cells. That can turn into cancer cells. The major problem is how to make medicines. That can destroy the right cells. The ricin molecule can destroy any cancer cell, but the big problem is. How to put those molecules into the right cell. The cancer vaccines are one of the possibilities to fight against cancer. 

The cancer vaccine can affect many points. The vaccine can involve the genetic code in the cells. That makes them call immune cells to them stronger. In this case. There is a DNA bite in all cells before the end of the DNA.  That calls immune cells to destroy the cell. Or that sequency can be after the self-destruction code. And in that model, the DNA that calls the immune cells. Make sure. The cell is dead after it did its job. The thing that prevents the cell from transforming into a zombie cell makes it possible to remove cancer. 

If those zombie cells can form when the DNA sequence that orders the cell to commit suicide  is removed. Or the DNA makes a loop. The best way is to recognize the anomaly in the DNA. Or an anomaly in the cell’s form or metabolism. The best way to make that is to read the DNA in the cells. New technology. That allows the system to analyze DNA from living cells inside the body. Can open new ways to detect cancer. The problem is always how to detect and destroy cells before they transform into cancer. 

https://scitechdaily.com/cornells-tiny-microwave-brain-chip-could-transform-computing-and-ai/

https://scitechdaily.com/scientists-create-artificial-neuron-that-speaks-the-language-of-the-brain/

https://scitechdaily.com/scientists-catch-parkinsons-protein-drilling-holes-in-brain-cells/

https://scitechdaily.com/stanford-medicine-reveals-tiny-dna-circles-defying-genetic-laws-drive-cancer-formation/

https://scitechdaily.com/scientists-improve-on-mother-nature-to-create-powerful-cancer-killing-molecule/

A healthy lifestyle. Means a long life.

Immortality is one of the biggest things in human dreams. We know that people like Vladimir Putin are interested in this kind of ability. Basically, aging is DNA damage. This damage prevents the cell from producing descendants with the same abilities as it has. Damaged DNA makes those descendant cells incomplete. And the structural errors endanger their ability to accomplish their missions. 

There is a possibility of extending human life simply by avoiding toxins. Removing toxins and metabolizing toxic waste helps individuals live longer and a more qualified life. Things like avoiding cigarettes, alcohol, and being active help to keep life more qualified than before. 

One of the reasons why dogs make people live longer is simple. They have more exercise. Than average people, who have the same lifestyle. 

People who own a dog. They are in better physical health. The reason for that is simple. Dogs must go out. For their needs. And the dog owner gets more exercise than a person who doesn’t own a dog. The dog owner must take the pet to the dog park every day. And that is one of the reasons why that dog makes people live longer. 

One of the reasons. Physical exercise helps to extend lifespan. Because it accelerates metabolism in cells. That helps them to remove waste from their structures. That thing removes things. Like acids that can cause DNA damage in the cells. And especially in their mitochondria. When cells start to decay, the mitochondria take the order to decay separately. And if the mitochondrial DNA is damaged, that causes a situation where the next generation of mitochondria has errors in their structures. That decreases the cell’s energy production. 

The damage to the DNA in the cell’s nucleus causes a situation where the cell’s structure will not be transferred into the descendant cell. This means that the thing that transforms into the cancer cell is the next-generation cell. This transformation to a cancer cell happens. 

Because the cell itself faces damage in the nucleus and the mitochondrial DNA. When the main genetic material is damaged, the cell cannot convey information about its structure to the next generation of cells. The damage to the DNA. And especially. Mitochondrial DNA decreases the energy production in the cell. That affects protein synthesis, because those complicated chemical compounds are required. 

An absolutely right chemical environment. With absolutely the right temperature. If there is a malfunction in the ion pumps. That affects the cell’s chemical environment. And that means the cell cannot create those proteins. The cell turns into a zombie cell. That cannot perform. It's mission in the body. And at least when that cell starts to decay, that zombie cell produces a cell that cannot make anything else. than just decay. 

Another thing is that. If there is a tool that can remove zombie cells from the human body, it can improve the quality. And lifespan. The cure for cancer can be based on the thing that helps immune cells recognize. And destroy the zombie cells. It’s easier to destroy zombie cells than fight the cancer cells. 

And this is one of the reasons why the lifestyle can help to avoid cancer. If the blood is full of dirt, the immune system is too hurried. The immune cells have no time. To check every single cell's status. If immune cells are busy. All the time. That means their energy production. Goes to things. Like removing toxins and polluted cells. And polluted remnants. Things like acids cause damage. To those cells' DNA. 

Like acids that cause a situation where their energy production is not enough. The busy immune cells are losing their energy. That causes a situation where that immune cell’s ability to recognize the zombie cells decreases. 

The reason the cancer cell can fight against immune cells is this. The cancer cell is a very large cell. That shell’s energy level is very low. That causes a situation where the killer cell cannot surround the cancer cell. And another thing is that. The cancer cell pulls energy out from the killer cell’s shell, which means its ion pumps start to operate ineffectively. That causes a situation where the killer cell cannot remove and destroy the cancer cell as it should. 

The segregation law of integers.

There are no prime numbers in the group of integers.

There are many ways to introduce numbers. And sometimes somebody asked. Can we find prime numbers from the group of integers? Let’s take the simple integer “2” and try to determine if it is a prime number. The proposition is that: “There are no prime numbers in the group of integers”. The integer can be a prime number only if the use of decimals is not allowed. 

2=0,5*4

2=0,4*5

2=6*0.33333333333

This means that the number 2 is not a prime number. 

Let’s take number 1. 

1=0,5*2

1=0.33333333333*3

1=0,25*4

This means that it's impossible to find a real prime number in the group of integers. The only real prime numbers are in decimal numbers. And that makes prime number calculations interesting. The problem with the first number one is that we can always introduce all other numbers in as a group of ones. Number one doesn’t participate in any multiplication calculations or division calculations. Or it cannot change the answer. 

3*1=3

3/1=3

But it's possible to remove one from the number.  Like this:

3=1+2

This means that even if the number one cannot change answers or the number that we want to divide or count, it involves all numbers, if they are integers.

Today, the most important tool to calculate prime numbers is the Reimann Zeta function. That is used in the cryptological processes for prime number generation. 

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

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

Dark matter and dark energy can have more than one source.

"Protons are messy on the inside. Made of three main quarks (illustrated with large spheres), the particles also harbor a constantly shifting collection of transient quarks and antiquarks (smaller spheres) and gluons (squiggles) that bind the quarks together."(ScienceNews, Protons’ antimatter is even more lopsided than we thought)

"The proton’s antimatter is out of whack. An imbalance between two types of antiparticles that seethe within the proton is even wonkier than previously thought, a new measurement indicates."(ScienceNews, Protons’ antimatter is even more lopsided than we thought)

Protons are built from t­hree quarks — two “up” quarks and one “down” quark. But they also contain a roiling sea of transient quarks and antiquarks that fluctuate into existence before swiftly annihilating one another. Within that sea, down antiquarks outnumber up antiquarks, measurements revealed in the 1990s. And that lopsidedness persists in a realm of quark momenta previously unexplored, researchers from the SeaQuest experiment at Fermilab in Batavia, Ill., report February 24 in Nature." (ScienceNews, Protons’ antimatter is even more lopsided than we thought)

One of the things that could explain dark energy and dark matter is distant antimatter-matter annihilations. When two particles another matter and another antimatter collide. That forms the high-power energy impact. In that reaction, both particles turn into energy. And that can explain where that matter is gone. Distant antimatter-matter annihilation can also form short-term bubbles in the quantum fields. And those bubbles can act like particles. When those bubbles are filled, those things are gone. And the energy that those particles released can form dark matter. It’s possible that the particles that annihilate are not positron-electron pairs.

 There is a possibility that those particles are quark-antiquark pairs in a proton. When a proton goes into the low-energy area or into a weak quantum field, those quarks can move away from each other, because the quantum fields around them turn weaker. That expands the proton and gives space there those quarks and antiquarks to move.  In that case, those quarks and antiquarks will touch each other. In normal cases, the outside quantum field pushes the proton into its form. In that case quark doesn’t touch its antiquark pair. But when the proton expands, that allows those particles to move. And then those quark-antiquark pairs can touch each other. 

Above, the object is in its gravity pothole. 

The nature of gravity is that the gravity makes an energy pothole in the spacetime. The reason for that is that the gravity center binds energy into itself. When an object is in its gravity pothole, the side coming energy pumps energy into that particle. The spin binds energy into kinetic form. And the particle can start sending it away from its poles or spin axis. That forms the wave-structure that can turn into a Lorentz (strange) attractor. That structure can pump energy into a particle, and that can transform the particle into a black hole, if it cannot realease that energy. The size of the pothole or the energy and material whirl around the particle determines when it can release its energy. If that pothole is large enough, that thing can cause a situation where the object turns into a black hole. 

Maybe there is more than one thing that causes effects that we know as dark matter and dark energy. Quasiparticles like excitons can act like they are real matter. Things like expansion of the universe, and small energy channels through space can cause effect that looks like dark energy and dark matter. 

Dark matter is one of the most interesting unsolved mysteries. The problem with that thing is simple. Nobody has seen dark matter particles. That means some researchers want to disprove the dark matter theorem.  There are solutions that can explain dark matter without dark matter particles. There are theories about the “free excitons” and fast-spinning particles that quantum fields are spinning so fast that they throw radiation that bypasses them. That phenomenon can be described as a quantum-level, or subatomic-size, Meissner effect. The particle drives electromagnetic fields past them. And that causes a situation where the particle acts like a stealth surface; its radiation slides over it. 

The free exciton model means. There is a hole, or a lower energy point, in the quantum field. And if there is some kind of energy ring surrounding that thing, this kind of virtual particle can put energy into a flow.  There is also a possibility that the lower energy area around galaxies and galactic superclusters causes a situation in which those particles and wave movement accelerate faster than calculated. If those particles travel in some kind of electromagnetic wormhole, or electromagnetic tornado. 

That can cause the so-called maser effect. That pumps energy to those particles. That thing. Makes those particles higher energy than they should. And when particles come out from the electromagnetic wormhole, they release their extra energy. And if those particles traveled through the wormhole, it would be on a higher energy level than it should be. In this case particle is more massive than it should be. And maybe that explains dark energy. 

“Artist’s impression of two nuclear spins, remotely entangled via the geometric gate applied via the electron. Credit: Tony Melov / UNSW Sydney” (ScitechDaily, “Like Talking on the Telephone” – Quantum Breakthrough Lets Individual Atoms Chat Like Never Before)

The nature of gravity is one of the things that can put energy. Into moving. Faster than it should. There is a possibility that the gravitational field looks like Lorentz’s Strange attractor, or, Lorenz attractor. When the gravitational center spins, it pulls those bubbles into it. When those bubbles or sides of “lying 8” travel to the gravitational center, that transforms them into kinetic energy. They pull particles and wave movement with them. That means this model explains that gravitation is the opposite of wave movement. If wave movement travels into the center, it pulls the fields and particles with it. In that case. The side coming field tries to fill the space that the field. That the wave movement took with it, leaving behind. When a wave takes a field with it, it is like a string that leaves micro- or quantum whirls behind it. Those whirls can condense the EM field. 

There is also a possibility that the particle goes into a Lorentz attractor, a shaped energy field. If there is a higher energy particle on the other side of the attractor. Or energy travels outside into the attractor, which means the attractor pumps energy into the particle. If Energy travels out from the middle of the particle, that forms a situation where the particle accelerates energy fields. Those energy needles are very thin and hard to detect. And the main question is, what puts energy into motion, and what causes the gravitational effect; that origin is unknown. One of the answers could be the energy movement in energy fields, which takes particles and other fields with it. In some models, colliding quarks and other subatomic particles cause effects that we know as dark energy. 

Above: The model of a wormhole. 

And of course, the real wormholes. Or the gravitational wormholes can explain dark energy and dark matter. If a particle travels through the Einstein-Rosen bridge, it will not lose its energy. That means the particle is also more massive than it should be. When a particle comes out from the Einstein-Rosen bridge, or wormhole, it releases its energy. At that point, the particle also loses its mass. This model explains dark energy and dark matter as particles that traveled through the wormhole. And when they came out of that tunnel, they released their energy immediately. That energy release removes their weight and turns them into regular particles. There is a possibility that a wormhole cannot transmit anything other than radiation or elementary particles. 

In some models, the superstrings, or ring-shaped energy fields, can act like matter. When those energy rings spin, they bind quantum fields into them. And this means that the dark energy and dark matter are the effects that form in field interactions. When the wheel-shaped energy fields touch each other. That forms the soliton, or “electric arc” that turns energy denser than it should. 

The black hole interaction is very complicated. The magnetic field switches on and off. And that causes the plasmon eruptions. But also things like relativistic jets are traveling in space. Those jets can travel in an electromagnetic tunnel that pumps energy into relativistic jets. And also when wave movement travels through plasmons, that increases their energy level. That means there might not be only one thing that causes dark energy and dark matter. The virtual- or quasiparticles and cosmic voids can accelerate the wave movement. Same way as some particles with hyper high energy levels can cause measurement errors. There is also a possibility that there are more black holes in the universe than we expected.  

The black hole causes a massive virtual redshift. This means its gravity pulls wave movement into a straight form. This effect causes a situation where the black hole seems to be at a longer distance than it really is. The black hole that is quite close to the Earth can move quantum fields faster than they should. So, that means there can be more than one effect that we see as dark matter and dark energy. 

https://www.quantamagazine.org/decades-long-quest-reveals-details-of-the-protons-inner-antimatter-20210224/

https://www.sciencealert.com/decades-long-experiment-finds-strange-mix-of-antimatter-in-the-heart-of-every-proton

https://www.sciencenews.org/article/proton-antimatter-lopsided-quark-antiquark

https://scitechdaily.com/dark-matter-and-dark-energy-dont-exist-new-study-claims/

https://scitechdaily.com/is-dark-matter-evolving-a-new-theory-to-solve-the-universes-biggest-mystery/

https://scitechdaily.com/like-talking-on-the-telephone-quantum-breakthrough-lets-individual-atoms-chat-like-never-before/

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

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

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

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

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

Controlling qubits on the next level.

“Caltech has built the world’s largest neutral-atom qubit array—6,100 qubits—pushing quantum computers closer to error correction and full-scale computation. Credit: Stock. (ScitechDaily, Caltech Shatters Record With 6,100-Qubit Quantum Array)

Researchers controlled a 6100-qubit quantum array. That thing is an impressive advance in quantum computing. But then. We must realize. There is a lot of work to do. With the quantum arrays and quantum computers that can operate at room temperature. The quantum computers operate at room temperature. Can also use the new rainbow lasers. 

Those rainbow lasers can act as the qubit. Each wavelength in the system. It is one state of the qubit. Sending the qubit over distance can happen as the qubit, where that thing travels through the quantum channel. That quantum channel means that the system can teleport the qubit. When the qubit tunnels through the quantum fields, it doesn’t lose information. 

The system can have multiple quantum strings, and each of those strings can have states. One and zero. This means that the multiple linear binary computers can emulate the quantum computer. The model is this: one computer shares information. To other microprocessors (Figure 1). The thing that can create more effective binary computers. Is the 2-state qubit structure.

Figure 1: The image of the virtual quantum system. The Chip 1 shares data with Chips 2, 3, and 4. The system can act like a regular quantum computer.

Figure 2: The quantum system can look like this. The pearls are photons that hang in quantum strings.  

Figure 3: The general definition of a qubit as the quantum state of a two-level quantum system

Figure 4: This schematic illustration shows the diffractive element in the high-power microcomb source separating comb lines spectrally. Credit: Courtesy of Michal Lipson lab (ScitechDaily, Scientists Accidentally Create a “Rainbow Laser” on a Tiny Chip)

Figure 5: A 25-year quantum puzzle is solved, bringing teleportation closer to reality. Achieving the entanglement measurement of the W state. Credit: KyotoU / Takeuchi la. (ScitechDaily, Scientists Capture W State, Unlocking Quantum Teleportation)

The system can have three states, or levels. The states one and two mean zero and one. And the third state tells. The power is on in the microchip. This system can work. In photonic and electric microchips. The quantum computer can handle multiple tasks. At the same time. Or the system can share complex calculations with multiple quantum states or multiple quantum strings.  

That can solve many problems. And maybe that thing is the new step to the real-life “Multivac”. The hypothetical quantum computer, which plays as the main character in Isaac Asimov’s novels like The Last Question”. 

Real-life version of “Multivac” can involve. The quantum channels that act as quantum strings. The photons that are put in the superposition and entanglement can hang in the quantum strings. So they are like pearls in an abacus. The system can be used. The photonic chip that transmits data to the first line of the photons. The rainbow laser chip can transmit information into those photons or “quantum pearls,” and then the system transmits data forward over those photon lines. 

Those lines are a series of superpositioned and entangled photons. And that thing can be the tool. That can solve many problems. The system can involve multiple internal quantum channels. There are multiple quantum pearls that can transmit data vertically and horizontally. This type of system can involve multiple different states. 

https://scitechdaily.com/caltech-shatters-record-with-6100-qubit-quantum-array/

https://scitechdaily.com/scientists-capture-w-state-unlocking-quantum-teleportation/

https://scitechdaily.com/scientists-accidentally-create-a-rainbow-laser-on-a-tiny-chip/

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

The plasmonic equatorial interaction forms the black hole's giant energy impulses.

“A chain of plasmoids is created on the equatorial plane along the current sheet, where the particle density (left part) is higher. Here, magnetic reconnection takes place, accelerating particles to very high energies (right). Particles also reach relativistic speeds along the spin axis and eventually form the jet powered by the Blandford–Znajek mechanism. Gray: Magnetic field lines. Credit: Meringolo, Camilloni, Rezzolla (2025) (ScitechDaily, Scientists Just Solved a Black Hole Mystery 100 Years in the Making)

Astronomers studying the supermassive black hole M87*, a behemoth six and a half billion times the mass of the Sun, have uncovered a new way these cosmic monsters unleash their power.” (ScitechDaily, Scientists Just Solved a Black Hole Mystery 100 Years in the Making)

“Using cutting-edge simulations, scientists at Goethe University Frankfurt revealed that not just magnetic fields, but a process called magnetic reconnection, helps extract energy from a spinning black hole to launch jets of matter stretching thousands of light-years. These immense cosmic beams, moving at nearly light speed, scatter energy and matter across galaxies, shaping their evolution.” (ScitechDaily, Scientists Just Solved a Black Hole Mystery 100 Years in the Making)

A chain of high-energy plasmoids is one of the sources of the black hole's powerful high-energy radiation. The high-energy radiation. That comes from black holes that form when magnetic field connections and magnetic field disconnections occur. There are moments when a black hole pulls even magnetic fields into its event horizon. And in that case, the particle that falls into the black hole falls by following the spiral trajectory. Suddenly, that whirl forms a magnetic field that starts to drive material into the black hole’s poles. This thing packs the plasma in the black hole’s equator.

“In the equatorial plane of the black hole, the researchers’ calculations revealed intense reconnection activity, leading to the formation of a chain of plasmoids – a condensation of plasma in energetic “bubbles” – moving at nearly the speed of light. According to the scientists, this process is accompanied by the generation of particles with negative energy that is used to power extreme astrophysical phenomena like jets and plasma eruptions.”   (ScitechDaily, Scientists Just Solved a Black Hole Mystery 100 Years in the Making)

When that magnetic connection causes cross-flow. In the plasma. That thing causes fusion  and a very powerful energy point. That pushes those plasmoids away from the structure. This is the thing. That we see as flashes in a black hole’s energy production. The magnetic field connections and disconnections can form extremely powerful plasma beams. The idea is that. The opposite polar layer pulls plasma against it. Then the crossing field will be connected. And that pulls the packed plasma to the poles. 

 And then the magnetic field will be connected. That thing should form in the same way as powerful plasmoid effects. It forms around black holes. Cutting the magnetic field allows the system to pack plasma against the layer. Then the magnet that pulls plasma to a certain direction causes cross-pull. To the plasma layer. This thing forms an energy point that can form a very high-power plasma effect. In that system, the vertical magnet forms the plasma pack. And the horizontal magnet pulls the plasma into a certain direction. 

There is a possibility of mimicking the black hole’s plasma interaction using high-power magnets. Those systems can be used. In many kinds of things. The high-power plasmons that impact can form a fusion reaction in the air. The positive and negative ions (anions). Pull each other together. This thing can form a pulsating plasma-fusion reaction.  There can be multiple solutions in military and civil technology. For that kind of high-energy reaction. 

https://scitechdaily.com/scientists-just-solved-a-black-hole-mystery-100-years-in-the-making/

The photonic and quantum dots can make the object invisible.

Do you know how to protect layers against laser rays? One version is to use counter laser rays that counteract the incoming laser rays. When two laser rays impact each other. That thing can scatter the incoming laser beam. The system that can scatter things. Like gravity waves. Can theoretically deny the gravitational effect between objects. But that requires synthetic gravitational waves. This kind of laser forms the quantum stylus, which can make new active quantum materials. 

But that system can make it possible to make materials invisible to radar, infrared, and the human eye. Maybe those quantum needles that aim electromagnetic radiation past the object can explain dark matter. Those quantum styluses that can be the whirls in the quantum fields. Can aim the electromagnetic radiation past the object. Forming a situation where that radiation cannot reach the particle. If those EM, or quantum fields, cannot touch a particle. We cannot see that particle. 

The system can be based on two photons. One photon forms the ring-shaped captured lightwave. That lightwave can be captured around some qasiparticle. Then another photon is standing in that ring. And the system inputs energy to that standard photon. This makes it possible to create the quantum antenna that drives the quantum fields past the surface. 

The quantum needles can deny the reflection from the surface. Those quantum styluses can push the quantum fields out from their top. And if the surface below them is at a very low energy level, that can aim the quantum field to the material layer. This thing makes it possible. To create material that is invisible to radar, infrared, and even the human eye. 

Surface plasmon polaritons (SPPs) are electromagnetic waves that travel along a metal–dielectric or metal–air interface, typically in the infrared or visible frequency. The term "surface plasmon polariton" explains. The wave involves both charge motion in the metal ("surface plasmon") and electromagnetic waves in the air or dielectric ("polariton"). (Wikipedia, surface plasmon)

Surface plasmons (SPs) are coherent delocalized electron oscillations that exist at the interface between any two materials where the real part of the dielectric function changes sign across the interface (e.g., a metal-dielectric interface, such as a metal sheet in air). SPs have lower energy than bulk (or volume) plasmons, which quantise the longitudinal electron oscillations about positive ion cores within the bulk of an electron gas (or plasma). (Wikipedia, surface plasmon)

The surface polaritons (SP) and surface plasmon polaritons (SPP) can trap photons over them. With the energy fields, those photons can form the quantum needles or quantum hair. When electromagnetic radiation hits those quantum needles, that quantum needle pushes the radiation away from that point. When the incoming radiation hits the quantum needle, it turns it away from the structure, and that can turn the surface invisible because there is no reflection. The quantum stylus turns radiation away from the surface. Making the cone that travels past the structure. 

The surface polariton is the thing that can also form around a particle or an elementary particle. This gives one explanation for the dark matter. The idea is that the dark matter particles can be surrounded by the quantum hair. That quantum hair that can be the quantum-tornadoes around the elementary particle can deny reflection from the particle. There is a possibility that this kind of structure can focus the reflection that the particle gives into such a small area. We cannot see that reflection. 

“The electric field (E-field) of an SPP at the silver-air interface, at the frequency where the free-space wavelength is 370 nm. The animation shows how the E-field varies over an optical cycle. The permittivity of silver at this frequency is (−2.6 + 0.6i). The picture is (0.3 × 370 nm) across horizontally; the SPP wavelength is much smaller than the free-space wavelength.”(Wikipedia, Surface plasmon polariton)

“The E-field of an SPP at the silver-air interface, at a much lower frequency corresponding to a free-space wavelength of 10μm. At this frequency, the silver behaves approximately as a perfect electric conductor, and the SPP is called a Sommerfeld–Zenneck wave, with almost the same wavelength as the free-space wavelength. The permittivity of silver at this frequency is (−2700 + 1400i). The picture is 6 μm across horizontally.”(Wikipedia, Surface plasmon polariton)

As you see from the images above. If there is a horizontal wave that travels across the field, that thing can turn those reflecting waves in the same direction as the horizontal wave travels. 

“Schematic representation of an electron density wave propagating along a metal–dielectric interface. The charge density oscillations and associated electromagnetic fields are called surface plasmon-polariton waves. The exponential dependence of the electromagnetic field intensity on the distance away from the interface is shown on the right. These waves can be excited very efficiently with light in the visible range of the electromagnetic spectrum.” (Wikipedia, Surface plasmon)

The surface plasmon (SP) can form a virtual surface that scatters the reflection. That acts like a stealth structure. But in the other types of wavelength. The quantum needle acts the same way as a stealth surface that scatters radio waves. But this surface puts optical light waves. To slide over the surface. 

If the quantum field can make a structure. That looks like. A supersonic pressure cone. That thing turns material invisible to the observer. If the system must turn radio waves away from that pressure cone, it must only ionize gas that makes the pressure cone. Those ions will aim incoming radio waves out from the surface. The cone aims the radio waves into the sides. And denies reflection to the radar. The quantum field manipulation acts in the same way. 

Because the quantum field cannot touch the surface, there is no reflection. In reflection, a particle stores energy until its energy level turns high enough that it can release its extra energy in the form of a photon. If there is no energy flow that touches the particle or that energy cone’s energy level is too high, the energy that the particle sends cannot travel through the wall of that energy cone. 

Or when the quantum field closes to that particle, it’s possible that the quantum styluses drive energy away from the structure. The idea is that when wave movement impacts the quantum needle, it aims the wave away from the structure. 

The idea is taken from the pressure cone that forms around supersonic aircraft. The thing that forms the pressure cone is the airflow, and the airflow can form this cone if the object is static and the wind blows against it. The thing that forms the pressure wave is the needle at the nose of the aircraft. 

The idea is that if the particle or quantum structure has a similar needle that aims the quantum cone in a similar way. As the aerodynamic needle aims the airflow. This thing makes it possible. To aim the quantum fields away from the particle or surface. If the quantum field doesn’t touch the surface, it turns the surface invisible, because there is no reflection. 

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

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

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

Can the universe have memory?

“For over a century, physics has been divided between the elegance of Einstein’s relativity and the strangeness of quantum mechanics. A new framework, the quantum memory matrix, suggests that spacetime itself is made of discrete “cells” that remember every interaction. Credit: Shutterstock”(ScitechDaily, What if the Universe Remembers Everything? New Theory Rewrites the Rules of Physics)

“What if the universe remembers? A bold new framework proposes that spacetime acts as a quantum memory.”(ScitechDaily, What if the Universe Remembers Everything? New Theory Rewrites the Rules of Physics)

The thing. We refer to this as the quantum memory matrix. Tells us that maybe the black hole can store information in the gravitational waves. That it traps inside it. The question is: can elementary particles in matter in regular spacetime have the ability to store  information in the quantum strings? This means that. Things like stones can store information. That can be returned to the form. That it originally had. 

The new theory suggests that the Universe “is made of” little cells. Those cells could remember every interaction. That they made. This means that the universe has memory, and it's possible to calculate every interaction from the Big Bang to this day. So the system must only calculate every interaction backward and then. That allows researchers to calculate things from the first point of the universe to the modern universe. 

Why can't we calculate things backward in time? The reason for that is entropy. Entropy is the thing that makes it impossible to calculate interactions in reverse order. But if that calculation process is possible in the future. This opens up the possibility of seeing into the past. And if that thing is possible. There is also a possibility. To calculate interactions that happen in the future. This requires that. There are certain forms and orders in those interactions. 

The universe expanded from zero entropy. To the entropy that dominates the modern universe. If researchers find regularity in that entropy, they can calculate the future. The thing in the universe is interesting. The universe has limits. The time that the universe existed is limited. The size of the universe is limited. This means there is a limited number of particles and energy fields. 

If the system is limited. That means it’s possible to calculate all its interactions from the beginning to the end of the system. The requirement for that is that researchers know all parts of the systems and their interactions. 

So, if the universe forms of cells that can remember everything. That means that this changes everything. If we think that the superstrings are a thin wave movement that can curve when information touches it. It’s possible to calculate the original curve and its all position from the formation of the curve to the day when the last observation is made. And if there is an order, that means it’s possible to calculate the behavior of the curve in the future.

Can those stains in the Cosmic Microwave Background (CMB) form when wave movement turns particles in the high-energy reactions? When Wave-Particle Duality(WPD) transforms energy, or wave movement, into particles, that process leaves a lower energy area. Behind it. 

Energy is information. If we think that the so-called superstrings form all particles, those superstrings also store information in that process. 

This means information condenses to particles. In that process that turns wave movement into particles. It’s possible that someday. Researchers can calculate what kind of information. The condensed field is stored in the particle form. 

When WPD transforms energy, or wave movement, into a particle, it actually condenses wave movement. The wave movement turns into a particle. Like water turns into ice. In the laws of thermodynamics, energy cannot disappear. It can turn into particles. 

Or a particle can transform into energy. This thing forms an empty space that can explain why the CMB is what it is. Those empty areas make up the empty space in the universe. And that empty space causes whirling, which increases entropy in the system. 

One of the things. That could cause entropy. It could be the Wave-Particle Duality (WPD). The wave-particle duality means that the wave movement can transform into a particle. And a particle can transform into a wave movement. This means the particle. Or, sharper saying, the elementary particle is the condensed wave movement or energy. 

When wave movement turns into a particle, there is less wave movement or energy left. This means. Those elementary particles, like quarks, electrons, and bosons, form. They leave less energy behind them. The WPD is like the freezing water. When ice forms in water, that means the ice will bind water into it. Or water transforms into ice. It doesn’t leave anywhere. But there is no more water coming to the dish. 

Same way. When an elementary particle forms. It is actually energy that takes the form of matter. This means energy will not disappear; it changes its form. 

The model of WPD suggests that the black hole’s relativistic jets can form matter or elementary particles in the modern universe. Same way. The gravitational waves cause a model that the gravitational waves can also condense into gravitons. This means that a large part of the gravity waves turn or condense into particles. This forms lower energy areas in the universe. That thing causes stains in the cosmic microwave background (CMB). This model explains those stains form when energy transforms into matter. In the high-energy reactions. 

https://scitechdaily.com/what-if-the-universe-remembers-everything-new-theory-rewrites-the-rules-of-physics/