Is the cat dead, or is it living? The revolutionary quantum world.

Black holes are full of paradoxes.  The black hole is full of paradoxes. And one of the paradoxes is how it can avoid heat death. Black holes are pulling material inside them, and then that material should turn extremely high energy. So otherwise we can say that friction and other kinds of reaction should rise the energy level inside the event horizon to so high that the black hole will detonate. We know that around the event horizon is a whirl.  The specialty of black holes is this. They are also pulling wave movement inside them. So all energy and material should travel in one direction. And then another thing is that they all lose their mass. So why this thing happens? Where is that mass going? If something just pulls material inside it, that means it should expand forever.  And because of the law of continuity of motion that whirl should continue inside the black hole. The whirl continues until material and wave movement hits the singularity. That is material in the middle of a bla

When the particle's mass grows, the Higgs field turns more dominating.  There is the possibility that the Higgs field will take energy out from particles. And other interactions are loading energy onto the particle. The thing that supports this theory is that a massless photon exists forever. Massless particles are not interacting with the Higgs field. And mass is the thing that means the particle has interaction with the Higgs field.  The most massive particles Higgs boson and top quark live for a short time. The existence or lifetime of the top quark is 5×10^−25 s. And lifetime of the Higgs boson is 1.2 ~ 4.6 × 10−22 s^. The photon that has no interaction with the Higgs field remains forever. And the lifetime of a neutrino is also extremely long.  So we can think that the Higgs field takes energy out from the particles. And other interactions are loading energy for it. So when a particle's mass increases. The Higgs field's domination increases. And the thing is that when

Image: https://interestingengineering.com/culture/aliens-intelligence-official-us-spaceships We all know the story about the most famous UFO incident in Roswell, New Mexico from the year 1947. In that incident, the U.S. Airforce claimed to capture a UFO. There are also many other cases where the USAF and its cooperatives claimed to capture unknown aerial vehicles. Kecksburg case, Pennsylvania in 1965, and the Cape Girardeau  case from the year 1941 are other well-known cases, where the craft, with an unknown power source, made a crash landing. The Kecksburg UFO may have some kind of connection with the ion-power technology where the system pressures plasma and then drives those ions to the ground.  In some cases, the Kecksburg-case claimed to have connections with the so-called "The Bell" or "Die Glocke". The purpose of the mythic Die Glocke or the Bell is unknown. There is a possibility that the system is the EMP weapon, and that thing could explain the mystic elec

There is the possibility that gravitational interaction is something. That looks like a quantum-size mangle. When the black hole forms during the supernova explosion. The supernova explosion forms an extremely thin but strong quantum field around that explosion. That quantum field is the cosmic shockwave. That travels through the universe. In that model, the gravitational superstrings are traveling a little bit faster than the shockwave that turns the event horizon when those gravitational superstrings reach that quantum field. So the event horizon, the point where escaping velocity reaches the speed of light is like a frozen shockwave. The gravitational superstrings are keeping the event horizon hovering around the core of the black hole.  When gravitational radiation or gravitational superstrings travel faster than the quantum field those gravitational superstrings catch that quantum field or cosmic shockwave. The superstring is the smallest possible version of the wave movement. And

************************************************************************ All four fundamental interactions are wave movements. Their difference is that all four fundamental interactions have different wavelengths. And all of those interactions can transform into another interaction. The requirement for that is the wavelength of those wave movements can change.  Electromagnetism can turn to weak interaction or weak nuclear force simply by changing its wavelength. But practically that thing is hard to make. The photons must stress straight W or Z-boson. And that stress could interact with W or Z-boson. That stressed W or Z boson will transform the electromagnetism to weak interaction "quite easily".  ************************************************************************ Theoretical models of singularity are interesting things. The singularity is the hardest known material. In that material, all subatomic particles have quantum fields around them, and maybe space and time are

"A team of researchers has affirmed Stephen Hawking’s prediction about the evaporation of black holes via Hawking radiation, though they’ve provided a crucial modification. According to their research, the event horizon (the boundary beyond which nothing can escape a black hole’s gravitational pull) is not as important as previously believed in producing Hawking radiation. Instead, gravity and the curvature of spacetime play significant roles in this process. This insight extends the scope of Hawking radiation to all large objects in the universe, implying that, over a sufficiently long period, everything in the universe could evaporate". (ScitechDaily.com/Everything in the Universe Is Doomed To Evaporate – Hawking’s Radiation Theory Isn’t Limited to Black Holes) In some models Hawking radiation is radiation that source is the material itself. That means all particles send radiation when the quantum field's power around them decreases. So all particles are sending wave mo