- #1
LarryS
Gold Member
- 349
- 33
Are there any elementary particles with zero intrinsic spin?
Thanks in advance.
Thanks in advance.
yaakov said:Would zero spin violate Heisenberg uncertainty principle...like absolute zero ?
I think by zero he meant that its spin can be determined 100% to be zero , no uncertainty.mfb said:No.
What do you mean with "absolute zero" - temperature? That is possible and does not violate the uncertainty principle.
Particles with zero spin are subatomic particles that do not have any intrinsic angular momentum. This means that they do not have a spin value, and their orientation in space does not affect their properties.
Particles with zero spin are different from other particles in that they do not have a spin value. This means that they do not have a direction of rotation, and therefore do not experience the effects of magnetic fields like other particles with spin do.
Examples of particles with zero spin include photons, gluons, and the Higgs boson. These particles are all bosons, meaning they have integer spin values, but their spin values are all zero.
Particles with zero spin play a crucial role in fundamental physics theories, such as the Standard Model. They also have important practical applications, such as in quantum computing and medical imaging technologies.
Particles with zero spin are detected indirectly through their interactions with other particles. For example, photons with zero spin can be detected through their interactions with charged particles, such as electrons. Other particles, like the Higgs boson, can be detected through their decay products.