Science > Physics > On the Structure of Particles and the Nature of Nuclear Forces
| Topic: |
Science > Physics |
| User: |
"yinbing-zhou" |
| Date: |
15 Oct 2006 04:06:55 AM |
| Object: |
On the Structure of Particles and the Nature of Nuclear Forces |
This paper has proposed a theoretical idea to construct particles by
using electron, positron, neutrino and anti-neutrino as well as the
weak force interaction among them; it has theoretically estimated the
radii of neutron and proton as well as the range and strength of
so-called nuclear force, also has explained the reason for the feature
of saturation and short-range of nuclear force and various nuclear
reactions
http://www.physicswd.com/eng/web/docroot/download/04011202E.zip
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| User: "yinbing-zhou" |
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| Title: Re: On the Structure of Particles and the Nature of Nuclear Forces |
25 Oct 2006 12:32:16 AM |
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yinbing-zhou wrote:
This paper has proposed a theoretical idea to construct particles by
using electron, positron, neutrino and anti-neutrino as well as the
weak force interaction among them; it has theoretically estimated the
radii of neutron and proton as well as the range and strength of
so-called nuclear force, also has explained the reason for the feature
of saturation and short-range of nuclear force and various nuclear
reactions
http://www.physicswd.com/eng/web/docroot/download/04011202E.zip
Frank Philpot =E5=9C=A8sci.electronics.design =E8=AF=84=E8=AE=BA
I am sure you are correct so that hadrons arre made from leptons.
I will study your paper further, with interest.
Lorentz equation for four dimensional distance has been wrongly
interpreted as space-time by A. Einsteine. In fact there are of course
four dimensions of space. The fourth dimension being 'ct' metres.
so the Universe is a surface moving at the speed of light away from the
place of origin of the Universe.
Electrons are therefor vorticies.
Pleas e-mail me if you are interested in this understanding of mine.
Frank Philpot
Ancient_Hacker=E5=9C=A8sci.electronics.repair =E8=AF=84=E8=AE=BA
A useful theory answers more questions than it raises. In particular,
there's a whole bunch of questions about conservation of quantum
numbers, and how the weak force can hold neutrinos in the nucleus.
Some numerical answers would be nice too.
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