Pรกsztor Borbรฉly Mรฉszรกros
2024-05-02 14:27:39 UTC
My question is, assume there is a massless (or very tiny mass, not
massive like W/Z) boson with spin-0 which mediates a new force. Its
field 'tensor'
would be zero-dimensional or just a scalar. What would this mean on a
macroscopic scale? I guess each point in space would have a simple value
in response to a nearby charge, not a vector like EM.
How about a spin-3 (or more!) boson? Spin-3 would imply a 3D tensor
defining its field's properties. Again what macroscopic properties would
a field mediated by a spin-3 boson have? I know this is vague since the
only property is the spin of the mediating boson but this must imply
certain properties come from this, but what?
this is incorrect. To undrestand that you have to undrestand tensors bigmassive like W/Z) boson with spin-0 which mediates a new force. Its
field 'tensor'
would be zero-dimensional or just a scalar. What would this mean on a
macroscopic scale? I guess each point in space would have a simple value
in response to a nearby charge, not a vector like EM.
How about a spin-3 (or more!) boson? Spin-3 would imply a 3D tensor
defining its field's properties. Again what macroscopic properties would
a field mediated by a spin-3 boson have? I know this is vague since the
only property is the spin of the mediating boson but this must imply
certain properties come from this, but what?
time. Not just overbebly.
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