Could someone in this group explain how the strong nuclear force works.
I understand that the strong nuclear force is the force that holds the
nucleus together, and that at very short distances it is stronger than
the electro static force.
What I can not understand is, why neutrons don't cluster together as a
result of the strong force.
Why don't we see clusters of neutrons of all sizes?
It seems that neutrons exist as either single neutrons or neutron
stars..., what happened to the clusters of 2, 3, or even 10 neutrons.
I gather that there is a simple answer to this question, I have just
never come across it.
Steven
FrediFizzx - 20 Aug 2005 21:46 GMT
| Could someone in this group explain how the strong nuclear force works.
|
[quoted text clipped - 12 lines]
| I gather that there is a simple answer to this question, I have just
| never come across it.
Because free neutrons are not stable and it is more energetically
favorable for one of the neutrons to decay to a proton in a n-n pair.
FrediFizzx
http://www.vacuum-physics.com/QVC/quantum_vacuum_charge.pdf
or postscript
http://www.vacuum-physics.com/QVC/quantum_vacuum_charge.ps
Sesselmann - 20 Aug 2005 22:30 GMT
> | Could someone in this group explain how the strong nuclear force
> works.
[quoted text clipped - 18 lines]
>
> FrediFizzx
So does that mean that, when two neutrons are pulled together by the
strong force, one neutron instantly decayes into a proton and and
electron emitting a nutrino, and the whole thing becomes a deuteron?
Steven
Autymn D. C. - 21 Aug 2005 17:44 GMT
A funny thing, I was looking up neutron balls last night:
http://groups.google.com/group/sci.physics/browse_frm/thread/92e24bec2c047f08/4e
eccbe969e2f802?lnk=st&q=%22neutron+balls%22&rnum=1#4eeccbe969e2f802.
Those antineutrinos are still repulsive. Is there a diamagnetic
solution?