Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
<strong>Cosmic</strong> <strong>Game</strong> © Douglass A. White, 2012 v151207 198<br />
forms of electromagnetic radiation. Photons and neutrinos both lack charge. <strong>The</strong> main<br />
difference is that generally the photons are found in spin pairs and thus have spin 1, and<br />
each photon is matched together with its <strong>com</strong>panion antiphoton. Neutrinos are photon<br />
pairs that have been split apart in space and time like other fermion particles so that each<br />
neutrino only has spin ½, and it has a antineutrino partner separated from it in space and<br />
time.<br />
Photons are called bosons, because they form photon-antiphoton pairs with unit spin, and<br />
can easily coexist together. Neutrinos, electrons, and nucleons are called fermions,<br />
because they have one-half spin and must occupy separate locations in space and time,<br />
even when they are absorbed into an ensemble.<br />
I suspect that there may be no such thing as slow neutrinos. I think of them as extremely<br />
lightweight energy springs that easily <strong>com</strong>press their jiggling energy into tiny spaces, but<br />
once in free space immediately expand and accelerate almost to light speed. Physicists<br />
use them as accounting adjusters to balance out the conservation laws, and that seems to<br />
be one of their main functions in the universe. Unlike photons, they interact very poorly<br />
with other forms of matter, which means they can easily penetrate into the cores of stars<br />
and galaxies, not to speak of the earth's small form that they pass through easily. As<br />
scientists develop the ability to measure neutrinos in indirect ways with sufficient<br />
accuracy, it may be possible to develop neutrino telescopes with a kind of neutrino vision<br />
(analogous to X-ray vision) that can peer into areas of the universe that are not accessible<br />
by ordinary electromagnetic radiation.<br />
Objective material neutrinos also only occur in the left-handed form. This suggests that<br />
the material of our subjective awareness is made essentially of right-handed neutrinos,<br />
which is why we do not see them.<br />
With this general introduction to what we know about the scale of the very small, and<br />
admitting that there is much that we do not understand about the neutrino scale due to the<br />
difficulty of studying phenomena that are so small and non-interactive with other matter,<br />
we can now make some tentative statements about the quantum values of space and time<br />
at the very small scale.<br />
<strong>The</strong> Electron on the Senet Board<br />
A single square on the Senet Oracle Board stands for an electron. It has a mass that is<br />
roughly 30 orders of magnitude smaller than that of a human. Like humans it has a male<br />
and female "charge". In its essence it has a body made of light that spirals in and out of<br />
its center of attention in the manner of the Senet Board Spiral. We have mentioned that<br />
the Compton formula's (λx Mx) <strong>com</strong>ponent is just like the <strong>com</strong>ponent in the lever<br />
equation that we identified as governing the physics of the Scale of Judgment for a<br />
weight on any one side of the fulcrum. <strong>The</strong> (2 π ħ / c) portion of the Compton formula<br />
thus corresponds to the weight on the other side of the fulcrum. However, it is written<br />
with the symbols we have identified in the metrology of the Senet Oracle Board.