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

The multiverse theory could explain many things in the universe. And in some theories. We cannot see those other universes. Because radiation that comes out from our universe could turn the radiation away. If radiation that has a higher energy level impacts with radiation, that is a lower energy level it pushes that lower energy radiation away.  In that model, the higher energy radiation from our universe sweeps radiation. That comes from other universes away from our universe. And that means the radiation cannot reach our universe.  In the modern models energy is one shape of material. And the material is one shape of energy. We can think that there is a base energy field in the universe. And materials are balls or thicker points of that energy field. In models, the Schwinger effect forms the material by creating quantum whirls in that energy field.  The Schwinger effect is the situation when two energy fields cross each other and form two opposite rotating quantum whirls. If the powe

As I wrote somewhere earlier there is a possibility that the gravitation is the pothole in the Higgs field. In that model gravitation is a lower energy area in the Higgs field. And because gravitation is like water that flows to that lower energy point it takes the particle with it. So there is a possibility that gravitation interaction looks like a neutron star.  There are energy fields that roll the Higgs field to the pike-looking structure. And then that structure is the thing that transfers Higgs field away from the middle of the gravitational center. The wormhole theory is the thing that explains the pike that is needed for these kinds of gravitational structures.  The theory of wormholes tells us that the universe is full of tiny wormholes whose diameter is smaller than quarks but the length of those channels would be even light years. The quantum wormholes are the thing that makes the pothole in the quantum field called the Higgs field. But the problem is that this thing require

The famous double-slit experiment shows that light has a particle and wave nature. The research team of Royal London College made a new version of that experiment to demonstrate and investigate the light special relation to time. Time and light have a special relationship because of photons. That travels in the universe does not turn older.  The reason is that time is stopped in the particle that travels with the speed of light.  And that is the thing that makes photons very interesting particles. When we think that the speed of light is a certain energy level, we can make photons travel back in time, by increasing it's energy level. Theoretically, this thing can open marvelous possibilities for quantum computing.  What if researchers someday can bring information back from the future? Even if that thing is possible in a time limit that is less than a second, it allows to creation the backup qubit that the system sends to the future. And then the system can catch that qubit when it

Albert Einstein's famous Theory of General Relativity passes the critical test again. Another name for the speed of light is energy level.  Albert Einstein's famous Theory of General Relativity passes the critical test again. This time the map of dark matter is the thing that follows the model that Albert Einstein calculated in 1916. The main idea of the Theory of General Relativity is that gravitation curves time and space. The thing, that makes this theory called E=Mc^2 so hard to understand is how space and time are curving.  And how the famous pothole in spacetime is forming. When we think that there is the (Higgs) energy field all around space that thing makes it a little bit easier to understand that effect. The pothole or curvature is in the Higgs field, and that pothole is the key in the thing, called crossing the speed of light. Speed is one version of energy. And that thing means that all other energy fields have the same effect as the speed. Another name for speed is

Does gravitation affect the particle itself or it's the environment? If gravitation is the effect where a hypothetical Higgs field travels in the gravitational system that explains why there is no polarity in the gravitation. In that model Higgs field is like water. And gravitational systems are like rolls that pull the Higgs field in the system. That thing explains why gravitation is so special. And that explains the curvature of the universe near the gravitational center.  If the gravitation effect is that the gravitational system pulls the Higgs field inside the system that also explains why particles are turning smaller near black holes and other gravitational centers. The black hole pulls Higgs field to the object. And that also explains time dilation in the gravitational field. The gravitation just pulls Higgs field against objects and slows and finally denies their vaporization. The vaporization means that the particle turns to wave movement.  The reason why gravitation seem

What if the spacecraft can bring energy from the fourth dimension?  Things like antimatter engines are interesting. But there are even more exotic engines that can make interstellar flight possible. So this is not writing about antimatter engines, warp bubbles, and photon rockets. This is writing about something more exotic.  If a particle or object crosses the speed of light it will start to travel backwards in time. When an object reaches the speed of light aging ends. And time stops. When the object crosses the speed of light that thing turns time travel backward.  One of the paradoxes in interstellar travel is that the particle that's speed rises higher than the speed of light is that the particle jumps to so high energy level that its interaction between three-dimensional particles ends.  The aging of particles is normally connected with the speed of light. And that is the top energy level that a particle can reach in a 3D universe. So if a particle crosses the speed of light

Where did Higgs Bosons come from?  In some models, the Higgs boson is the particle that forms when the photon turns to some other particle. Nobody has ever seen that case happen. So that transformation is only a hypothesis.  But in that case hypothesis about photon transformation goes like this:  1) Photon.  2) Neutrino  3) Higgs boson  etc. Above are three top particles of that chain from photon to an electron that is a stable lepton. In that model, the weak interaction of the photon and neutrino and their environment is that. The photon and neutrino are so high-energy particles that they tunnel through the quantum fields.  Or the photon's size would be precise right that energy that impacts that particle will replace the energy that travels out from it. So that thing can keep the photon's energy level the same as its environment. But because something must separate information from its environment.  That information (in this case: photon) can be separated from its environment

Why, Hawking radiation can escape from the black holes?  All objects in the universe carry information. The information is the object itself. One of the objects is wave movement itself. And the existence of an object requires that it involves information. The Hawking paradox is that the Black Hole sends radiation that would not carry information.  Or otherways saying, Hawking radiation might have so a high energy level that it denies interaction between other radiation types. In that model Hawking radiation form is a very small photons that we can call "Hawking photons". Those photons could push all other quantum fields. Including gravitational waves away from them.  The paradox is that the radiation itself is information. There is nothing that will not contain information. Because if something doesn't carry information or a form of information does not exist. And if Hawking radiation doesn't involve information. That means it doesn't exist.  So, what if Hawking r

Hybrid computing, where binary and quantum computers carry information one after one is an effective tool. The system uses binary computers to preprocess data that will be driven to the system. Then the quantum computers continue after those binary computers. When quantum entanglement reaches the energy stability that breaks the qubit system can transfer data back to the binary system. Then the binary system continues with that mission until the system can adjust the quantum entanglement again.  When binary and quantum systems alternate with the mission. That thing makes the system more effective than regular binary systems. The problem with quantum computers is that the superposition and quantum entanglement don't last very long.  When both sides of the quantum entanglement reach the same energy level wave movement pushes those particles away from each other. That thing will push those particles away from each other. Then the system must re-adjust the quantum entanglement.  One of