How can the Higgs boson have mass?

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Discussion Overview

The discussion revolves around the nature of the Higgs boson and its relationship to mass, particularly how a particle that is associated with giving mass can itself possess mass. Participants explore theoretical implications, analogies, and the underlying framework of the Higgs field.

Discussion Character

  • Technical explanation
  • Conceptual clarification
  • Debate/contested

Main Points Raised

  • One participant questions how the Higgs boson can have mass if it is responsible for giving mass to other particles, suggesting a potential self-reinforcing cycle that could lead to the collapse of the Higgs field.
  • Another participant emphasizes the need for a technical understanding of the framework to adequately address the question, noting that it is the vacuum expectation value of the Higgs field that gives mass, not the Higgs boson itself.
  • Some participants express confusion about the Higgs boson's mass and its implications, with one suggesting that it might lead to clumping like normal matter.
  • Clarifications are made that the Higgs boson is a disturbance in the Higgs field and not a simple particle that gives mass directly, with the distinction that all particles are disturbances in their respective fields.
  • There is an acknowledgment that the Higgs field can have a non-zero value in its lowest energy state, which is crucial for the mass-giving mechanism.

Areas of Agreement / Disagreement

Participants express varying levels of understanding and confusion regarding the relationship between the Higgs boson and mass. There is no consensus on the implications of the Higgs boson's mass, and multiple viewpoints are presented regarding the nature of mass and the Higgs field.

Contextual Notes

Some limitations in understanding are noted, particularly regarding the technical aspects of the Higgs mechanism and the distinction between the Higgs boson and the Higgs field's vacuum expectation value.

Natskyge
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So this may be just me being stupid.

Anyway, so i was reading about the higgs and i read it has been found in LHC to have a mass of 125 Gev, according to their expriments. Now here comes what i don't understand, how can the particle that gives mass have mass, and wouldn't that cause the higgs field to collaps in on it self due to its own mass?

Thanks in advance!
 
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As you can imagine, this is a very technical issue and it is very difficult to make good analogies at B level. Questions such as "how can A give B?" are by nature going to be best answered on a rechnical level, but you would first need to understand the framework and how it predicts things to work. Only then can you adequately get your question answered.

That being said, you are likely to have some sort of mental image of the process. In order to address that, you would have to be more specific on why you would not expect the Higgs to give mass to itself.

Also, in the end, it is not the Higgs boson which gives mass to other particles, it is the vacuum expectation value of the Higgs field which does. Making an analogy to a pond, the vacuum expectation value is the depth and the particles are ripples on the surface.
 
Well i have read some books on the matter.

It just confused me how the higgs can have mass, which it gets from it self. My thinking is that would make it gain more and more mass and eventualy clump together, like normal matter.
 
Natskyge said:
Well i have read some books on the matter.

It just confused me how the higgs can have mass, which it gets from it self. My thinking is that would make it gain more and more mass and eventualy clump together, like normal matter.
This is simply not how the subatomic world works. You cannot think of Higgs particles as little balls sticking to things and thereby giving them mass. And again, it is not the Higgs particle which gives mass to other particles, it is the vacuum expectation value.
 
Ah okay, sorry.

Looks like i have some reading to do.
 
So the higgs particle is not what gives mass, just a particle that appears when you disturb the higgs field? Like virtual particles?
 
No, like normal particles. All particles are essentially disturbances in their respective fields. What sets the Higgs field apart is that it can have a non-zero value in its lowest energy state. It is this non-zero value which results in giving mass to particles.
 
Ah okay, thanks!
 

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