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Guest
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The concept that neutrino can have a chemistry occurred to me last night.
We know that electrons with their half spins can pair up even with their
charge repulsion:
neutrino weak charge is
weaker.
The result of this idea is that neutrinos can pair up.
They may even be able to make up large lattices
more like liquids than crystals,
The physics people say neutrinos can "transmute" into higher neutrinos.
The idea that thermal
neutrinos can form molecular chains
appears to be new.
Worse I have a quantum mechanics of this based on the prime -adic
Cyclotomic numbers as Farey pairs:
w[n,m]={Prime[n]/(m+Prime[n]),Prime[n]/(m+Prime[n])}
That Farey pair:
Exp[I*2*Pi*w[n,m][[1]]]*Exp[I*2*Pi*w[n,m][[2]]]=1
So you have sets of pairs as wave functions
that have energy levels in a quantum level system.
Mathematica:
w[n_, m_] = {Prime[n]/(m + Prime[n]), Prime[n]/(m + Prime[n])}
a = Flatten[Table[Table[w[n, m], {m, 1, Prime[n] - 1}], {n, 1, 10}], 1]
ListPlot[a]
The result is that you can have a dark matter fluid of very high
complexity
that just doesn't react much with regular matter.
--
Respectfully, Roger L. Bagula
11759Waterhill Road, Lakeside,Ca 92040-2905,tel: 619-5610814
:http://www.geocities.com/rlbagulatftn/Index.html
alternative email: rlbagula at (no spam) sbcglobal.net |
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