Yes, but also particles predicted by supersymmetry.
Tullio

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Isn't this what the LHC trying to find out at least in part?

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Old enough to know better(but)still young enough not to care

Neutrons are fermions, that is they have spin value of 1/2 in h/2pi units where h is the Planck constant. Think of them as rotating spheres, and they have a magnetic dipole moment.In the Standard Model they are made of three smaller particles, called quarks, which are electrically charged, but the total electric charge of a neutron is zero, while that of a proton is equal and opposite to that of an electron. What quarks are made of, God only knows.
Tullio

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The magnetic field is caused by neutrons? Neutron = neutral, or i'll engage in self...

Neutron star = a star that has reduced itself beyond aoms, and compressed them to neutrons.

Novae is the reaction of that. Light, heat, IRW, etc. In essence, a neutral body. But it's spitting off visible light, i.e. photons, electrons. Did they just materialize (forget the Tardis) out of ,not negatvive energy, neutral energy?

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Well, neutrons are neutral but have a small magnetic field. Put billions of them aligned together and you have a big magnet. As it rotates, it emits EM waves, that we detect. This is what I remember.
Tullio

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Neutron stars are formed under collapse. Electrons and protons merge..etc..etc..

So a neutron star is not a NEUTRON star, as it emits photons. Where do these photons/electrons, come from within a neutron star?

By defintion, a neutron star is...... neutral electromagnative?

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