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Known Problems with Current Theory

The Infra-matter Research Center

Known Problems with Current Theory

Aran David Stubbs

 

1)    The effect of refraction is described qualitatively, rather than quantitatively.

2)    All 3 known normal matter neutrinos have 1 small unit of angular momentum, (equal and opposite the 3 anti-matter neutrinos). The only difference is the pairs of orbits involved (2s & 3s for the electron neutrino, 3s & 4s for the muon neutrino, 6s & 7s for the tauon neutrino). Any hard knock should transform an electron-neutrino to a muon-neutrino, and vice versa.

3)    No neutrinos have been reported for other possible integers (2 units, 3 units, etc.).

4)    The effect of color and charge balancing the gravitational attraction is described qualitatively, rather than quantitatively.

5)    The minimum point where the graviton can escape proto-matter is described but not calculated.

6)    While the angular momentum of the 1s graviton pair is constant (and 0), the linear momentum varies: P=0±2E0ic. With a time around 10-43 seconds, this may not be allowed by the uncertainty principle.

7)    The mean energy of the tardyons is approximated numerically, rather than calculated analytically.

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