Dark matter is a mystery.

What if researchers could pull electrons around atoms to one layer?

There are many theories about the form of the dark matter. Sometimes is predicted that the dark matter could be normal material that electron layers or electron shells are turning flat. In that state, all electrons are orbiting the atom's nucleus at the atom's equator. If that state where all electrons form the flat structure is possible, that thing could make it possible to make the thing that cannot touch or that is invisible. 

If we can make that flat material by pulling electrons to the same level they can form a pancake-looking structure. That thing could explain why UFOs are disappearing just in seconds. That thing requires that the electrons around the atom can put into orbit in the same layer as the planets are drawn in image 1. There is a possibility that the material can return to the original ball form by removing that positive magnetic pole. 

Above: What if some system can pull electrons to one layer like the planets are in that image? 

Image :Wikipedia

Neutrinos could detect dark matter. 

Dark matter is a mystery. It's material that keeps the universe as one entirety. And in some theories, dark energy is the radiation that source is in dark matter. But the problem is that nobody has seen dark matter. And that's why all things that researchers said about dark matter are theories. If we think that dark matter is one version of the material, we must remember one thing. Dark matter could be virtual material. 

The particles that might have a 2D form and that looks like some kind of skyrmions the ring-shaped electromagnetic fields. That thing means that the existence of those virtual particles is very short. In some visions, dark matter is the tornado or thicker point in the quantum field of the universe. 

And if their structure is destroyed that thing releases energy called dark energy. The problem is that there are no single observations about dark matter. Researchers have a suspicion that the Muon G-2 anomaly could be the result of the muon hitting the dark matter particle like WIMP. But confirming that thing is very difficult.

Sometimes researchers use very fast particles like neutrinos to capture hypothetical dark matter particles. If a neutrino impacts dark matter that thing sticks the part of dark matter to the neutrino. But the problem is how to confirm that the quantum field that rides with neutrino is dark matter. Another thing is how to control neutrinos during that test. Artificial neutrinos could be the solution to this problem. The artificial neutrino is always sterile. 

In sterile neutrinos, researchers know their original mass. And that thing makes it possible to observe the change in those particles' weight. When particles travel through the universe, there is always something that connects with them. But confirming the form of the particle or quantum field that rides with the particle requires that the original energy level of the particle is known. 

https://scitechdaily.com/catching-dark-matter-in-a-basement-in-neutrino-alley/

https://scitechdaily.com/microboone-experiment-investigating-a-long-standing-neutrino-mystery/