- #1
werunom
- 29
- 0
Hello.
> Is there any electromagnetic force of repulsion between two quarks?
> And, hypothetically speaking [as independent quarks are not observable], could there be EMF of attraction between an electron and an independent quark?
Actually, both the questions boil down to the following - am I correct in saying that EMF is "observable", "present" when the charges involved is e or more than that? That is, when one of the charges involved is a fractional e [as in the case of quark, 1/3e], there is no observable EMF or some other force dominates.
Let me know if I am correct or wrong.
Thanks
> Is there any electromagnetic force of repulsion between two quarks?
> And, hypothetically speaking [as independent quarks are not observable], could there be EMF of attraction between an electron and an independent quark?
Actually, both the questions boil down to the following - am I correct in saying that EMF is "observable", "present" when the charges involved is e or more than that? That is, when one of the charges involved is a fractional e [as in the case of quark, 1/3e], there is no observable EMF or some other force dominates.
Let me know if I am correct or wrong.
Thanks