MadSci Network: Physics |
Higgs Boson explains inertial mass, but not gravitational mass, yet they are always measured to be the same. Does the Higgs explain that? *********************************************** There are some things that I can only understand in terms of a simplistic visual analogy, but I’ll give it a try. As a hurricane can form given the right conditions in the chaotic system of the weather, can an analogy be made between the weather and another chaotic system of the zero-point field at a time nearer the Big Bang when the zero-point field would have been far denser so that vortices or even knots forming self sustaining regions, being particles with mass, in the field could have formed? Could this explain particles and mass much more simply than the Higgs boson? Or if that doesn’t really explain the mass of the virtual zero-point particles, what about just considering photons at that time near the Big Bang when space had a great enough curvature to bend the paths of photons into vortices or knots so that they could form self-sustaining regions. Then the equivalent mass would simply be ‘m = E/c^2’, ‘m’ being rest-mass, and ‘E’, energy. Would that work to explain rest mass? This seems simpler than the explanation of the Higgs which seems to involve an incredibly complicated sequence of interactions.
Re: Higgs Boson, Particles & mass
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