When electromagnetic radiation hits a particle that particle sends it back. The thing is visible in neutron bombs. When the small (c. 0,5kt) thermonuclear weapon detonates. It sends neutron radiation. The radiation pushes the quantum field of the neutrons inside. If the neutron radiation is strong enough it will cause the reflection from the receiving neutrons to push particles away and destroy the atom's nucleus.
Another version is that the nucleus of the atom sends radiation reflection and that reflection pushes electrons away from the core of the atom. That turns an atom into an ion. The force of reflection depends on how powerful the energy stress is.
The gluons are acting like small springs. And after the radiation stress. Those small springs kick the quantum field of the neutron outside. That thing causes the quantum-size electromagnetic pressure wave. And that electromagnetic pressure wave is called "neutron radiation".
The fact is that all other particles are sending similar radiation if they face radiation stress. When we are thinking that we will give radiation stress to elementary particles like fermions the reflection would be weaker. There is no known inner structure in those particles.
When we are thinking about the quantum field. That is pushed inside. When energy stress ends quantum field travel outside the particle. The speed of that quantum field determines how strong reflection is. So if the neutrons are stressed with radiation.
That radiation stress must remove slowly. That thing decreases the speed of push of the quantum field. If the speed of returning of the quantum fields is high the level of the radiation impact is also high. Another thing that determines how strong the observation of reflection is is the size of the particle that sends the reflecting wave movement.
If some quark is sending wave movement its wavelength is similar to the dimension of quark. The problem is that wave movement cannot reach quarks that are inside the quantum fields called protons and neutrons. Before the radiation will reach the atom's nucleus it must go through electron cores.
So the radiation that comes out from quarks is not causing resonance in the quarks that are inside electron cores and their quantum fields. If that radiation would affect quarks that are inside the protons and neutrons that cause the case where the radiation of the quarks will push them away from each other. That effect erases the protons and neutrons immediately. The same way the oscillation causes vaporization of the water.
So how to make a quantum eraser? The system could be the line of the quarks that are sending radiation that causes oscillation in the quarks. And that oscillation erases material.
Reflection is the thing that makes material observable. If there is no reflection material is invisible. One of the reasons why the reflection of the quarks is hard to see is if the wavelength of radiation is too long the quantum field of quarks is pushing that radiation away. Or quark will just flow above wave movement. That means there is no interaction between quark and radiation which source is in larger size objects.
In the case of reflection and radiation, most of the radiation would come from the electron cores of atoms. Neutron radiation is different than regular radiation because its source is in neutrons. The thing is that also other atomic and subatomic particles are sending similar radiation under the radiation stress. If the proton cloud or electron clouds impact electromagnetic radiation. They are sending similar electromagnetic wave movements with a neutron. For creating this kind of radiation those particles must separate from atoms.
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