The Approach of
The Approach of
The Approach of
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Collaborators and some publications Introduction Action <strong>of</strong> the <strong>Approach</strong> Yukawa couplings and scalar fields <strong>The</strong> spinor represent<br />
Dynamics <strong>of</strong> baryons<br />
<strong>The</strong> cross section for our heavy dark matter baryon n 5 to<br />
elastically scatter on an ordinary nucleus with A nucleons in the<br />
Born approximation:<br />
σ c5 A = 1 < |M<br />
π 2 c5 A| > 2 mA 2 ,<br />
m A ≈= m n1 A 2 · · · the mass <strong>of</strong> the ordinary nucleus,<br />
σ(A) = σ 0 A 4 ,<br />
σ 0 = 9 πrc 2 1<br />
5<br />
ε σnucl ,<br />
30 < ε σ nucl<br />
< 30,<br />
when the ”nuclear force” dominates,<br />
σ 0 = mn 1 G F<br />
√<br />
2π<br />
( A−Z<br />
A )2 ε σweak (= (10 −6 fm A−Z<br />
A )2 ε σweak ),<br />
ε σweak ≈ 1,<br />
when the weak force dominates (m q5 > 10 4 TeV).<br />
<strong>The</strong> scattering cross section among our heavy neutral<br />
baryons n 5 is determined by the weak interaction:<br />
σ c5 ≈ (10 −6 fm) 2 mc 5<br />
GeV .<br />
N.S. Mankoč Borštnik, Cape Town 2010, 01-06 February University <strong>of</strong> Ljubljana<br />
<strong>The</strong> <strong>Approach</strong> Unifying spins and charges