fundalmental constant scaled masses

Using the constant c (velocity of light) as a fractal scale
you get masses near the Planck mass and the neutrino:
m_neutrino~3.711399532329835`*10^-32 ( as volume like)
m_Planck~5.775500397946971`*10^-6
c = 2.997925*10^10
m = Table[c^s, {s, -3, 4, 1/2}]
{3.711399532329835`*^-32, 6.426109040957098`*^-27, \
1.1126497442959921`*^-21, 1.9264992946611306`*^-16, 3.335640484668562`*^-11, \
5.775500397946971`*^-6, 1, 173145.17030515175`, 2.997925`*^10, \
5.190762346870721`*^15, 8.987554305625`*^20, 1.5561516208742405`*^26,
2.694401374169083`*^31, 4.665225848009408`*^36, 8.077613239655849`*^41}
This approach also gives stellar scale maseses.
A charges scaled approach:
gives
m_neutrino~2.4286960696130222`*10^-33
m_Planck~0.0000219163
\!\({1.878707781915266`*^37, 4.117435740567306`*^32, 9.023903153484501`*^27, \
1.9777073220879914`*^23, 4.334406282197443`*^18, 9.499422694819145`*^13, \
2.081923697496487`*^9, 45628.10205889006`, 1, 0.000021916318121436364`, \
4.80325`*^-10, 1.0526955501678921`*^-14, 2.30712105625`*^-19, \
5.056359901343927`*^-24, 1.1081679213432812`*^-28, 2.4286960696130222`*^-33, \
5.322807568192115`*^-38}\)
There are indications here that charged and neutral masses alternate
at about an alpha scale?


Respectfully, Roger L. Bagula
11759Waterhill Road, Lakeside,Ca 92040-2905,tel: 619-5610814 :http://www.geocities.com/rlbagulatftn/Index.html
alternative email: rlbagula@xxxxxxxxxxxxx

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