How does the Higgs field affect particles at normal energy levels?

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SUMMARY

The Higgs field is fundamental in providing mass to particles, operating independently of the Higgs boson, which is a manifestation of the field. Despite the high energy required to produce a Higgs boson, the Higgs field influences particles at normal energy levels, including those involved in everyday interactions and gravitational effects. The relationship between the Higgs field and the Higgs particle is rooted in the principles of quantum field theory, where the field itself is responsible for mass generation, not the particle. Understanding this distinction is crucial for grasping the implications of the Standard Model of particle physics.

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jnorman
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I admit I am pretty much completely baffled by the concept of an additional particle being required to "give" other particles mass, but I would like to ask a simple question.

given the extremely large amount of energy required to generate a higgs boson, how can such a particle come into play at the normal energy levels of everyday particle interaction, or during the quite low energy levels of gravitational effects?

also, given that the standard model is a field theory, rather than a particle theory, how is the higgs field correlated with the very massive higgs particle which supposedly mediates the field?

thanks for anything that might help clarify some of this in my head...
 
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I want to clarify one thing: It is the Higgs FIELD not the Higgs PARTICLE that give other particles mass. As for the rest of your question I am wondering about similar things.
 

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