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Antimatter and its form

 


 

Antimatter and its form
 
The thing that makes antimatter very interesting and at the same time very dangerous thing is that the antimatter particles are quite easy to make if the maker of that thing doesn't care about the electric bills. And if that individual doesn't care anything, the antimatter can be stored in the bottles, which are made by using germanium. 

The thing is that the antimatter annihilation happens between mirror-particles might seem a very positive thing, but the problem with mirror-particles has a different electric capacity. The mirror-particles are identical but the opposite electric polarity means that they are pulling each other together. 

And the result is annihilation. So the annihilation is the thing, what happens between subatomic particles, and when free antiproton hits the nucleus of the atoms, without depending on the type of atoms, the antiproton will cause the annihilation, when it hits the proton, what is in the nucleus of the atom. That reaction breaks the nucleus of an atom in pieces. 

Sometimes researchers have introduced the idea of the "neutral" or "gray" particles, what has no "spin" or what would not have polarity at all. There is no observation about that kind of material, and sometimes the hypothetical "grey" material would be introduced as protons, neutrons, and electrons, which are lost their capacity. So that means that those particles could be the one version of dark matter if we want to describe the effect of that kind of material. 

The partial annihilation means one kind of nuclear fission because in that version the antiproton annihilates with the proton, which is located in the nucleus of the atoms. In that case, the energy of annihilation is very powerful, but the thing is that the reaction will increase the ability to use the antimatter engines because the system will use the normal, solid fissile or non-fissile material, where the antiprotons or positrons will be shot, and the thing, what makes this kind of engines interesting, and more capable in the short period missions, what are requiring very powerful engines. 

So this kind of antimaterial engine can use small metal balls, where the antimatter is stored, and then those balls would be driven through the magnetic field, which will just pull the antimatter particle to the wall of its capsule. The idea is similar, which is planned to use in hypothetical Daedalus spacecraft, which uses a fusion engine, where the Helium-pellets would be driven through the laser rays. 

The antimatter version would be more compact, and the small balls would have the capacity to store antimatter. But if there is some kind of disturbing effect, that can cause that the antimatter would touch the wall of its storage. And the resistance against that kind of technology is the result that this kind of magnetized antimatter bottle can be used as ammunition. 

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