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@Zombie
Eh, in a way, I don't know much about it, not the mathematics, but I know the theory behind it.
So, before I explain the Higgs Boson, I have to explain what the Higgs field is. So the idea of the Higgs field is it is what gives the effect of mass, it's an invisible medium that surrounds the universe that can be best explained as a body of water. So if you think of a fish darting through water, it can go through the water easily and doesn't require that much energy to go through the water, that fish is an example of something with low mass. However if you try move a big boulder through water, it will be considerably harder, because of the boulders surface area that causes it to react strongly with the water, that boulder is an example of something with high mass.
So Mass is defined as what how much an object reacts with the higgs field. Now, everything is quantized so things come in small packets. The Higgs Boson is the smallest most elementary particle of the Higgs Field. If we were to use water as an example again, we could say that water looks continuous like a field, but is in-fact made of molecules, H2O. As is the higgs field, except the "molecules" that make up the Higgs field are particles with 130x the mass of protons, the Higgs Boson, the Goddamn particle.
Was that an ok explanation?