Are photons and neutrinos the same particles?
What is the thing, what is forming photon? This thing would answer, why a photon is an only visible particle, what can provenly reach the speed of light. The neutrino (1) is hard to detect, and there is much, what we don't know about that thing. So in this text is explained the hypothesis that neutrino can reach the speed of light because it can go through the planets.
The thing is that in some tests neutrino has seemed to travel faster than the speed of light, but there is a possibility that the neutrino, what has mass can travel shorter roads than light, or the cables are not well connected. The thing, that neutrino sends blue-light shock wave when it hits to water or subatomic particles, what is forming atoms inside the water molecules.
Because the flash happens only once that makes metering the speed of that particle very difficult because the impact with other particles and neutrinos are not very common. And the flash of blue light happens only once, which means that following the flashes is impossible, and that means tracking the track of the single neutrino is very hard. But it is possible in the bubble-chamber. (2) as the image shows.
In the image the neutrino itself is invisible, but because it moves the track of proton and before that, it transforms into Ī¼-meson and then the impact with the proton. That impact creates Ļ-meson, which is forming in the collision. And that proved the existence of the neutrino.
The thing that neutrino have no interaction between it and other particles is not true. The interaction between those particles and others is very weak, but it exists. In the universe, every particle has interaction with other particles. The same way photon has interaction between the other particles because it reacts the gravity. If the photon has not to mass, the lasers would not work.
At the universe is two particles, which can reach the speed of light. Another is the photon, and the other is the mysterious particle known as the neutrino. Sometimes I have thought that could neutrino be the same particle that we know as a photon. That means the neutrino would be the photon, which has a different form.
In the regular form, the photon might be the ball-shaped ultra-light particle, what is forming by the ball-shaped super spring and the other form might be the rubber-wire shaped thing or super-spring, what we know as the neutrino. If the neutrino is the photon, where the super spring unravels, that form can make it possible that the neutrino is like slipping between atoms.
Photons haven't got mass, what we can meter or detect, and that thing is very interesting because photons are forming light. The thing is that the photons are transforming energy because that thing makes laser possible. And as I have many times wrote the photon must have mass, because it exists.
And that thing makes photons one of the most interesting and fascinating particles in the universe. The thing, that I call as the "shine" is the energy or some other thing, what is forming the effect, what we are calling as light. Since the form of light has been explained by Sir Isaac Newton when he realized that the light has two forms particular and wave movement.
The first thing is easy to explain, the light is forming of photons, which can turn to wave movement. And the last one, what is called "wave movement" is a little bit harder to explain, because the wave movement can't exist if there is nothing, what moves. When the idea of "ether" was to abandon by Albert Michelson, the thing that moves in the universe as wave movement is a mystery. If we are thinking that the photon has two forms, what it has when it transmits light.
Are neutrinos so-called black photons, what might form dark matter? The thing is that the remarkable mass of the universe is forming by the neutrinos, and that means that it is so-called "hot dark matter". (3)
Particle and "wave", we can think the photon is forming super springs or ribbon-like particles like other particles like quarks, we can think that photon is some kind of extreme lightweight quark. So if the photon is forming by so-called pure super springs, where there are no quarks, that thing can cause the effect, where the photon is starting to "shine".
The idea is that the super spring is turning like a ball of yarn like the electron, but it is magnetized from its sides, and the electron is forming by the super spring, which is magnetized by its endings, which means that the super spring is slacking ball of yarn if it is forming the electron. And if there are quarks in the super spring that would form the other particles.
So when the photon travels in space, there is an idea that the super spring is starting to fray, when the temperature of the photon is starting to decrease. Then we are facing one of the greatest ideas, where the researchers have ever created. Are so-called neutrinos so-called dark photons? This might explain, why neutrinos can travel through the entire planet without impacting anything.
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