What is a longitudinally-polarized boson?

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In summary, a longitudinally-polarized boson is a type of elementary particle with a spin of 1 that can propagate in a longitudinal direction. It differs from other bosons with its spin value and has examples such as the W boson, Z boson, and Higgs boson. These bosons are created and detected through high-energy collisions and play a significant role in understanding the weak nuclear force, electroweak symmetry breaking, and the fundamental structure of the universe.
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touqra
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Occassionally, I come across this term: longitudinally-polarized boson. Does it mean that the boson spin is aligned with the x-axis ?
 
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Longitudinal polarization is a relation between spin and momentum.
 
  • #3
Dick said:
Longitudinal polarization is a relation between spin and momentum.

So, it means the spin and the momentum is aligned the same? Isn't this similar to helicity ?
 
  • #4
I've always thought of them as the same. Is there a technical difference?
 
  • #5
Longitudinally polarized means helicity equals zero.
 
  • #6
Meir Achuz said:
Longitudinally polarized means helicity equals zero.

Thanks, Meir. I thought my memory seemed a little fuzzy on that.
 

Related to What is a longitudinally-polarized boson?

What is a longitudinally-polarized boson?

A longitudinally-polarized boson is a type of elementary particle that has a spin of 1 and can propagate in a longitudinal direction. It is a type of boson, which means it follows Bose-Einstein statistics and has integer spin.

How is a longitudinally-polarized boson different from other bosons?

Unlike other bosons, which can have spin values of 0, 1/2, or 1, a longitudinally-polarized boson has a spin value of 1. This means it has a different set of quantum numbers and properties, such as its ability to propagate in a longitudinal direction.

What are some examples of longitudinally-polarized bosons?

The most commonly known example of a longitudinally-polarized boson is the W boson, which is responsible for the weak nuclear force. Other examples include the Z boson and the Higgs boson.

How are longitudinally-polarized bosons created and detected?

Longitudinally-polarized bosons can be created in high-energy particle collisions, such as those that occur in particle accelerators. They can be detected by observing their decay products, which can provide information about their properties.

What is the significance of longitudinally-polarized bosons in physics?

Longitudinally-polarized bosons play a crucial role in the Standard Model of particle physics. They are important for understanding the weak nuclear force and the mechanism of electroweak symmetry breaking. They also provide insights into the fundamental structure of matter and the properties of the universe.

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