The Cosmic Game ( PDFDrive.com )

Cosmic Game © Douglass A. White, 2012 v151207 173
Large Circle Has Radius % = 3.16227766 Relative to Senet Board
The Egyptians also must have noticed the strange phenomenon that (3.1416) (3) / (1.6) ≈
5.89, whereas (3.1416) (1.6) / (3) ≈ 1.67, which is the ratio component of the proton
mass. Here we play only with the Senet Board ratios and ignore units and scale.
The mass of the electron is .511 MeV / c 2 .
To convert this to kg:
(.511e6) (1.602e-19 J) / (9e16 m 2 / s 2 ) = (9.1e-31 kg)
Compton scattering of light off an electron at "rest" has the relation Me = h / λ c, where
the wavelength of a photon scattering off an electron shifts to a longer value than that of
the proton. The electron's Compton Wavelength is λ = 2.43×10e-12 m. In general,
E = m c 2 .
E = h c / λ.
m = h / λ c.
The Wikipedia article on the "Compton Wavelength" is so compact and relevant to what
is discussed above that I quote it below (except for the references that can be found at the
end of the article). For details about the fine structure constant, the Planck length, and
the relation to gravity, see also my papers on Observer Physics and the Wikipedia
article on "Compton Scattering".
Of great importance is recognizing how deeply pervasive the relations (h c), (ħ c), (h / c),
and (ħ / c) are in the world of quantum physics. The constant interaction of the smallest
constant (ħ) with the largest constant (c) gives us the Oper (% = 3.162), a definition of
the joule, and a fascinating unity.
ħ c / % r = 10 -26 J.
ħ c % 51 / r = 1 J.
ħ c 2 Ss = π r e Oo As.
(ħ c / r) (Ss / Oo As) = π e / c = Mp.