>>11469292Can you describe how fermions react to each other and where to find them?
I have trouble with names when I try to explain magnetic system I have at home, which is preventing magnets to be close together, without their poles being "tasked" to or how to call it.
It just makes magnets with same orientation go away from each other, like it would carry even the "repulsive" spectrum of magnetic field, usual magnetic material, e.g. ferromagnets, are only attracted...
I'm waiting for matterial, but I have real wonders at home. Things I would need vocabulary for happens when two different matters touches, and it's sort of a piezoelectric effect but with force, which could and in the end also does works on crystals, not just magnets.
Literally magnetic crystals and thing that conduts magneticity with only being slightly reactive to it, not ferromagnetically reactive.
I guess the field effect like this is hard to describe with only mesons, but with more virtual particles allowing for field and matter and space separation it's not quite that hard.
Particle is just a quantificator, but it's shape and properties of space that happens to have some word there. Qunatifying it like particle makes sense, but it gives still meaning there's something other than space, which might not be the case.
Space itself, is thing we should study, like I don't mean outter space but, space.
Properties that are propagated without obvious medium, is most important aspects of physics, that we need to study if we want FTL.
You cannot even observe the probabilitistic densities under certain number, and also it's stupid.
Maybe in the nothing or empty space, we can just wait for matter to appear and "condesate" from the space, the matter with states that are not "is pressent matter" should be at the lot of places around, and reaction of matter.
It all need to go trough being some form... Do you think fermions liquid or solid?
