All energy must have a source. Any energy is not forming from emptiness. The wave-particle duality means the energy or wave movement can turn to particles. And otherwise, the particle can turn to energy. One of the sources of energy is the particles that are slowing. When the particle is slowing it must transfer the kinetic energy to somewhere.
And that transfer happens in the form of wave movement. The thing that makes energy visible has an opponent in the structure. The energy that is sent by a certain size particle makes the same-size particle resonate. And that resonance is making the radiation or wave movement visible. If there is no opponent for sending particles the wave movement that those particles send is unable or very hard to detect.
That means the dark energy could be the radiation that source is in unique size of particles. When those particles interact with each other they are causing the gravitational effect with those individual particles and particles of the visible material.
Dark energy means the wave movement that is invisible to us. Sometimes there is introduced an idea. That part of that energy is coming out from free quarks or neutrinos. The idea of that theory is when a quark or neutrino is traveling outside the visible universe there is a gravitational effect that starts to slow that particle.
When that particle is slowing it sends wave movement that is hard to detect because the sending particle is so small. So could the origin of some part of dark energy be some extremely small particles like quarks, neutrinos, or even Higgs bosons or some still not known particles?
Or is the source of dark energy in the interaction of the particles of dark matter? And are those invisible particles some very well-known particles? We don't have quarks or Higgs boson clouds in the visible universe. But outside the edge of the visible universe could be the conditions where those particles are free and outside the visible universe could be the Higgs boson clouds that are sending the emission radiation.
In some theories, dark energy is coming from the very first particles released after the Big Bang. Those particles are traveling at the front of the bubble of visible material. And maybe some of them are starting to split. We have seen when neutrons are splitting. But same way, sooner or later the quarks and neutrinos are turning to wave movement or splitting. And in that process is releasing the wave movement. So could the part of dark energy come from splitting neutrinos that exist outside the visible material?
Before visible material is released or protons or neutrons started to form the material was in the form of quarks. During the Big Bang released quarks and antiquarks. So if there was some kind of great annihilation after the Big Bang. That annihilation happened between quark and antiquark and electron and positron pairs. Maybe during that process formed some still unknown particles. Those particles would travel ahead of the visible material.
And maybe some of those particles are turning to wave movement outside the visible material. And that thing releases energy in the form of wave movement.
We know that dark energy exists. We know that is wave movement which origin is somewhere. And maybe some of it comes from particles that are known. But which form is different than we know. We don't know how far the universe continues after the edge of the visible universe. The dark matter clouds can continue very far away from the visible material.
And we don't know cases where the neutrinos or Higgs bosons are stopping in our universe. But when those particles fly outside the universe they would slow because of the gravitational effect. And outside the visible universe is possible to find things like stopped Higgs bosons and neutrinos. Even they have not existed in the space where we are living.
The thing is that we should determine the direction where the dark energy travels. Does it pull or push the edge of the universe outside? The thing that makes this thing interesting does the dark energy travel through the visible universe. Or does it come from the center of the universe?
If the source of dark energy is outside the visible universe we might think that dark energy is the wave movement that has an extremely short or long wavelength. So the wave movement travels through the visible universe and affects the particles that are at the opposite side of the bubble that we call the universe.
The fact is that dark energy exists. And that means there must be some source for that mysterious thing that is even more dominating than dark matter. The source of the dark energy could be somewhere where we cannot even imagine.
https://scitechdaily.com/a-particle-physics-experiment-may-have-directly-observed-dark-energy/
Comments
Post a Comment