Information never vanishes.

The new computational model successfully predicts human emotions. That kind of system might be prohibited in the EU if the new AI limitation or AI-control laws are ratified. The systems that predict human emotions are one of the most risky things in the world. Sometimes people ask what kinds of risks are hiding in the systems that can predict or follow what humans are feeling.  The AI that can uncover feelings can use the computer's web camera. So if somebody uses that kind of tool during a web meeting. That thing can uncover things like if somebody on the table is somehow stressed. That AI-based software can also find out if somebody is telling lies. And this is one of the things that breaks privacy. When we think about this kind of software there should be a blinking warning that this kind of algorithm is in use.  "MIT neuroscientists have created a computational model that successfully predicts human emotions in social scenarios, using the prisoner’s dilemma game as a base....

We might call CP-symmetry matter-antimatter symmetry. " In particle physics, CP violation is a violation of CP-symmetry (or charge conjugation parity symmetry): the combination of C-symmetry (charge symmetry) and P-symmetry (parity symmetry). CP-symmetry states that the laws of physics should be the same if a particle is interchanged with its antiparticle (C-symmetry) while its spatial coordinates are inverted ("mirror" or P-symmetry). (Wikipedia/CP violation) The Big Bang theory explains that the universe and material formed in the "big explosion". Today we can say that the Big Bang theory is oversimplified. We should describe the Big Bang as the case where materials reach a certain energy state. We cannot say was there dark matter or dark energy before the Big Bang? And the theory of a series of annihilations is pure theory.  There is the possibility that the Big Bang was not a single and unique phenomenon. There is a possibility that the Big Bang was a serie...

We can think that the neural network is like a factory. Information is the raw material that this factory uses. Sensors send the raw information to the neural network. And this information factory's product is processed information. During information processing, the neural network interconnects information that it gets from different sources. And learning means that this system creates behavioral models for similar situations. Using ready-made templates. That made by using experiences makes reactions to similar situations easier and faster.  Learning neural networks are systems where the data sources are interconnected with data-handling units. But without information those networks are useless.  When neural networks categorizing the trusted pages that they use, they can make that thing automatically. The AI can use the user as an assistant, and show homepages to that person who estimates the data. And then the user can say if the data has enough high value. Or the user can s...

In this text sombrero model and Mexican hat potential are the same thing. The big question is where that Mexican hat or sombrero is forming. Does it form out from the particle, or in the particle? If those Mexican hat potentials impact inside the particle they send wave movement that could explain the aging of the material.  When those potential fields impact inside the particle. They send wave movement. And that wave movement takes part of the particle with it. That explains why only particles with mass can turn to wave movement. The Higgs field pulls part of them in it. And the thing that supports this model is the fact that massless particles cannot turn older. The only speed that those particles have is the speed of light. And that thing causes time dilation.  So photons never turn old. The thing is that aging is connected with the mass of the particle. The particles with mass can slow, and they turn to wave movement. And that tells that interaction between the particle an...

The Higgs boson is a wave in the Higgs field. That particle is very short-term. There is the possibility that Higgs bosons are quite common but short-term particles in the universe. The remarkable thing about the Higgs field is that it makes mass into particles. And the fingerprint of the particle's interaction with the Higgs field is that it has mass. There are two details in the mass of the particle.  Massless particles like photons can travel only at the speed of light. Massless particles cannot turn older, and the reason for that is that particles cannot exchange information with the Higgs field. And another thing is that the Higgs field can have a connection with aging. The reason for that is. That all particles with mass are vaporizing or turning to wave movement.  So does the Higgs field pull energy out from particles that have mass? Particles with mass can slow their speed. And that means Higgs field pulls energy out from them. The reason, why I believe that thing is m...

Fractons are sub-dimensional quasiparticles. Wikipedia determines the fracton-particle as "A fracton-particle is an emergent topological quasiparticle excitation which is immobile when in isolation. Many theoretical systems have been proposed in which fractons exist as elementary excitations. Such systems are known as fracton-particle models. Fractons have been identified in various CSS codes as well as in symmetric tensor gauge theory" (Wikipedia/Fracton (subdimension particle) In the simulation, researchers used the quasi-particles called fracton-particles as data storage. And that thing is an important thing, in quantum systems because storing data is required when information or data will be driven from the binary system to the quantum system.   "Theoretical physicists are exploring the potential of “fractons,” stationary and immobile quasiparticles that could provide secure information storage, based on a mathematical extension of quantum electrodynamics. Although n...

Higgs boson's spin is 0. That thing makes that strange particle very exotic. And it can interact only with the Higgs field. The existence of the Higgs boson makes it possible to think about the possibility that there is also a spinning version of that boson. In theories, the Higgs boson is the route to wimps (Weakly Interacting Massive particles).  In some theories, the wimp that is a hypothetical dark matter particle is Higgsion, the particle that looks like a Higgs boson but has spin 1/2 or higher. That information gave the Bing AI the question is their other particles that can interact only with the Higgs field. There are lots of particles that can interact with the Higgs field and some other fields.  Can the interaction with the Higgs field make particles with mass impossible to reach the speed of light? The fact is that the particles without mass are always traveling at the speed of light. So in that case the interaction between the Higgs field and the particle causes an ...

The Higgs boson is an extremely high-mass particle whose spin is 0. That means Higgs boson is not rotating. And that thing makes it extremely hard to detect that particle. The weak isospin of the Higgs boson is the result of that particle's interaction with the Higgs field. When we think about the structure of the Higgs boson the lack of spin causes a situation. Where the Higgs boson sends radiation from its shell.  That radiation forms an electromagnetic vacuum around that particle. And then it rips the Higgs boson in pieces. The reason why the 0 spin causes the sudden destruction of the Higgs boson is that there is no kinetic energy that will slow the energy transfer from the Higgs boson. In that model, the Higgs boson suddenly releases all its energy from it, and the Higgs boson is smooth. That means it cannot interact with anything than Higgs fields.  The spin 0 guarantees that the particle will not get any energy from the Higgs field. When we think that the Higgs field is...

In China, researchers made a breakthrough in quantum communication. The system shared a quantum key over a 1000 km distance. "A point-to-point long-distance quantum key distribution (QKD) over a distance of 1,002 km has been achieved by scientists from the University of Science and Technology of China (USTC) of the Chinese Academy of Sciences (CAS), and their collaborators from Tsinghua University, Jinan Institute of Quantum Technology, and Shanghai Institute of Microsystem and Information Technology (SIMIT), CAS.". (ScitechDaily.com/Secure Communication Breakthrough: 1,000+ km Quantum Key Distribution Achieved) That kind of thing allows ultra-secure communication over long distances. The ultra-secure communication is needed in things like the military. And especially in nuclear weapon security. But also things like cryptocurrencies require ultra-secure communication.  But the reason why people are researching quantum cryptology is that. The communication devices use encrypte...

Neutron stars can lead us to the source of gravitational waves. Gravitational waves are oscillations of the gravitational fields. And the key question is what causes that oscillation. There must be something that disturbs the gravitational field so that it can oscillate. The difference between regular objects and neutron stars is that a neutron star is a fully homogenous object there are only neutrons in its structure.  There is the possibility that this thing can make a situation where neutrons and especially their internal structure spins synchronized in the same direction. Neutron is one of the hadrons or baryonic hadrons. There are three quarks in that structure. And in this model, those three quarks are spinning at a different speed than the neutron's shell. That spin causes an effect where those quarks or gluon (or gluon channels) between those quarks will affect the gravitational fields.  The spin of protons and neutrons is 1/2. That causes a situation that they wobble ...

If researchers can connect the FRBs to the powerful gravitational waves that thing is a remarkable advance. Powerful gravitational waves are formed when some high-energy reaction shakes the neutron star. And that means the FRBs could form at the same time. When the unusually powerful gravitational waves are leaving from the neutron star.  When neutron stars are oscillating their shell, that is one of the smoothest things in the universe and could also kick gravitational waves away it. During that process, the neutron star is in an electromagnetic vacuum for a short moment.  But shaking that structure requires lots of energy. And there is a possibility that the black hole jet that impacts with the neutron star could make enough energy, that the neutron star can push gravitational waves away.  The thing is that the FRBs can solve the mystery of gravitation. There is the possibility that FRBs are forming when the particles are traveling across the electromagnetic vacuum. Whe...

In some models, the singularity, or the densest material in the universe, forms a similar structure to a neutron star. And in that model, the extremely dense material sends similar energy pike from its poles as neutron stars. The electromagnetic field with strong gravitation, makes the material or quantum fields travel to the poles of the singularity.  The gravitational tornado could be a series of gravitational skyrmions. There are weaker gravitational fields inside that gravitational tornado. And that lower energy level pulls gravitational fields inside that gravitational tornado. And in that model, the gravitational wave reflection happens when those gravitational waves. That travel outside the singularity impacting in the middle of that gravitational tornado.  In the first version of the model, the depth of the origin of the lone black hole's gravitational waves is very close to the event horizon. In those models, the energy impulses interact with the event horizon or the ...