can somebody answer me that higgs field has any relation with time . if yes how??
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1
Answer:
The space-time geometry is determined by the energy-momentum tensor of all the matter field, by virtue of Einstein's equation in general relativity. ... Thus, space-time geometry is indeed linked with the dynamics of the Higgs field
Explanation:
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0
ANSWER:
Yes
EXPLANATION:
The space-time geometry is determined by the energy-momentum tensor of all the matter field, by virtue of Einstein's equation in general relativity. If the Higgs field is zero in a region, then all particles (fermions + bosons) would have zero rest mass as predicted by the Standard Model. Therefore, the space-time geometry in this region will be determined by the energy-momentum tensors of zero rest mass particles as well as that of the Higgs field potential. This geometry will be fundamentally different from the case when the Higgs field has acquired the vacuum expectation value due to the spontaneous symmetry breaking, because of which fermions and gauge bosons (except for photons and gluons) acquire masses. Thus, space-time geometry is indeed linked with the dynamics of the Higgs field.
Yes
EXPLANATION:
The space-time geometry is determined by the energy-momentum tensor of all the matter field, by virtue of Einstein's equation in general relativity. If the Higgs field is zero in a region, then all particles (fermions + bosons) would have zero rest mass as predicted by the Standard Model. Therefore, the space-time geometry in this region will be determined by the energy-momentum tensors of zero rest mass particles as well as that of the Higgs field potential. This geometry will be fundamentally different from the case when the Higgs field has acquired the vacuum expectation value due to the spontaneous symmetry breaking, because of which fermions and gauge bosons (except for photons and gluons) acquire masses. Thus, space-time geometry is indeed linked with the dynamics of the Higgs field.
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