- #1

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The spin of an elementary particle, is it really the physical rotation of a particle on its axis?

and

Can I imagine that an elementary particle looks like a three dimensional wave packet laying/distorting the assumed higgs field?

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- Thread starter Daveman20
- Start date

- #1

- 21

- 0

The spin of an elementary particle, is it really the physical rotation of a particle on its axis?

and

Can I imagine that an elementary particle looks like a three dimensional wave packet laying/distorting the assumed higgs field?

- #2

Matterwave

Science Advisor

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1) no, spin is sort of an intrinsic angular momentum; however, it cannot be modeled as a particle actually spinning. As far as we know, particles are points and therefore can't really spin.

2) I have no idea.

- #3

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2) no

- #4

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Spin: i agree it is always confusing..It is not the rotation or spinning..

For e.g., there is only two kinds of spin for a electron 1/2 or -1/2.

It is better if you think of Pauli matrices..

- #5

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1) no, spin is sort of an intrinsic angular momentum; however, it cannot be modeled as a particle actually spinning. As far as we know, particles are points and therefore can't really spin.

So okay, this intrinsic Angular Momentum.. is it expressed by the literal "spin" particles create after they collide?

So far I understand that particles are "born" with this property of spin. Pauli Matrices I do not yet understand. I've wiki'd spin but would just like the layman's version please.

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