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Showing posts from June, 2023

The quadruple of gravitational lensed supernovas unlocks the mystery of dark matter.

How can some materials interact only through gravitation?  Dark matter, or otherways saying: unknown gravitational interaction is one the biggest mystery in the universe. That gravitational interaction is the send dominating effect in the universe. In some visions, the WIMP particles are the thing that forms dark matter. But in other models, the dark matter is extremely short-term quasiparticles or virtual particles. That source is in the most high-energy reactions.  To uncover that mystery, researchers use supernovas with gravitational lensing for unlocking the mystery of that gravitational effect. In those observations, researchers hope that the shockwave of a supernova explosion can interact with still hypothetical WIMPs (Weakly Interacting Massive Particles).  "Zooming in to supernova Zwicky: starting from a small portion of the Palomar ZTF camera, one out of 64 “quadrants”, each one containing tens of thousands of stars and galaxies, the zoom-in takes us to detailed explorati

Dark energy is strange interaction that pushes the universe larger.

The zero spin means that the Higgs boson will turn flat immediately. That thing sends waves in Higgs field. So could that thing be the reaction that forms dark energy? When the Higgs boson collapses or divides that thing causes a situation that a Higgs field (or some other electromagnetic field) will fill that point. And that thing causes interaction.  So could dark energy form when the Higgs field interacts with another electromagnetic field. There is the possibility that the Higgs field is a so-called base-field that pulls energy out from other EM fields or four fundamental interaction's transportation particles. That thing causes flow and resonance. So maybe this interaction is the thing that causes dark energy.   Higgs boson's virtual spin can be zero. The lifetime of that particle is so short that it doesn't have time to begin the spin.  Higgs boson spin is 0. That means it cannot interact straight with other particles. Interaction with other particles requires wave mo

A black hole and how it interacts with its environment?

The lifecycle of the black hole is one of the most interesting things in the world. The upper image could introduce the black hole's lifecycle and ability to exchange information with its environment. When a black hole forms after a supernova explosion, it will close information behind the event horizon.  When a black hole vaporizes it releases information. That is stored in it during its birth. So the lifecycle of a black hole is like a tube where information travels. That tube is the event horizon. And when a black hole evaporates or turns to wave movement it releases that information.  In the beginning, the supernova forms a bubble that acts like a vacuum bomb. The extremely high energy level pushes all other quantum fields away from the point. Where the star has been before. When those quantum fields return and try to fill that quantum vacuum, they press the Higgs field to the structure that looks like a hill.  The lower image could tell how the gravity and Higgs field are form

The difference between symmetry and asymmetry is interesting.

Information travels in asymmetric systems. When the system reaches energy symmetry information will not flow. The reason for that is simple. All systems attempt to reach a stable or symmetric energy state. The reason why no system can reach energy stability is that all systems are part of other systems. And finally, the biggest known system the universe is part of space. That causes a situation in that energy travels out from the universe.  Researchers can store information in symmetrical systems. If systems are fully symmetrical. They can trap things like radio waves or even light inside them. Because all particles are sending energy waves at the same time. They cannot break the structure. So in symmetrical systems the information hovers between particles. Symmetrical systems can stand more energy than asymmetrical systems.  Things like neutron poisoning where neutrons hover because of their radiation is a good examples of a symmetrical system. Neutron poisoning mean a situation where

Stanford professor said that aliens are already here.

We need open and free discussions about UFOs. And I mean that people should have the right to tell their opinions about things like aliens, UFOs, UAPs:s and ghosts, and other dimensions without being stamped as maniac or psychotic.  The problem is that. There are many things. That was only imagination. Before the truth is uncovered and one of them is Area-51. At first, USAF denied the existence of that test range. And then physical evidence shows that USAF lied.  Respected professor Garry Nolan, from Stanford University, said aliens are already here. And that is the right-type way to close that unidentified phenomenon. When we are reading about things like UFOs or some other types of UAPs those observations are quite often stamped as "made by imagination".  Same way when some people are making UFO observations, some kind of joker comes to publicity and tell that this thing was some kind of fake. And then, what do you think, what happens to investigations around those cases? W