ok we know that there are two forms of matter: matter and antimatter.
we also know that possibly, Supersymmetry exists, and a much heavier counterpart of all our particles exists.
is it possible that an anti-Sproton exist? the antimatter counterpart of the supersymmetrical partner of the Proton?
we know that in an atom, there are Neutrons, Protons and Electrons.
the Strong Force keeps the atom as one part. however, it decays rapidly. eventually, the electrical force overcomes the strong force when the atom becomes big enough, and the atom decays rapidly.
in order to come up with an explanation for the existence of Naquahdah, i came up with this idea:
there are two negatively charged particles, as far as i'm aware. Electrons and Anti-protons. Electrons are too small for my idea. they always stay in an orbit. anti-protons annihilate when they come in contact with Protons, but that doesn't cut any ice either.
if Supersymmetry is right, then two more negative particles should exist: Selectrons and Anti-Sprotons.
my idea is: within a Naquahdah nucleus, there are Anti-Sprotons which keep the atom together via the electric and strong forces.
my question is: is this possible?
a second possibility is:
Relativism can increase the lifetime of the W and Z boson, thus increasing the range of the Strong Force.
is it possible a Naquahdah Nucleus spins at such speeds that the Strong Force has an increased range?
discuss
we also know that possibly, Supersymmetry exists, and a much heavier counterpart of all our particles exists.
is it possible that an anti-Sproton exist? the antimatter counterpart of the supersymmetrical partner of the Proton?
we know that in an atom, there are Neutrons, Protons and Electrons.
the Strong Force keeps the atom as one part. however, it decays rapidly. eventually, the electrical force overcomes the strong force when the atom becomes big enough, and the atom decays rapidly.
in order to come up with an explanation for the existence of Naquahdah, i came up with this idea:
there are two negatively charged particles, as far as i'm aware. Electrons and Anti-protons. Electrons are too small for my idea. they always stay in an orbit. anti-protons annihilate when they come in contact with Protons, but that doesn't cut any ice either.
if Supersymmetry is right, then two more negative particles should exist: Selectrons and Anti-Sprotons.
my idea is: within a Naquahdah nucleus, there are Anti-Sprotons which keep the atom together via the electric and strong forces.
my question is: is this possible?
a second possibility is:
Relativism can increase the lifetime of the W and Z boson, thus increasing the range of the Strong Force.
is it possible a Naquahdah Nucleus spins at such speeds that the Strong Force has an increased range?
discuss
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