The Infra-matter Research Center

Known Problems with Current Theory

Aran David Stubbs

Problems

1) Since the equation used to calculate the properties of the graviton involves an inequality, only a floor on the magnitude of the rest energy was found.

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

3) Charge was determined to be a form of angular momentum involving eccentric orbits occupied by tachyons, 60 degrees apart. This gives the charge bit in a 2p orbit half the charge on an electron. While solutions were found assuming this that cover the leptons, proton, and neutron, they require an up quark with a charge of +1/2, a down quark with a charge of -1/2, and an up/down diquark with a charge of +1/2. Not all baryons can easily be mapped to that charge pattern. It requires a down/down diquark with a charge of -1/2, and an up/up diquark with a charge of +3/2 to generate the deltas. No obvious pattern of orbits produces a charge of +3/2. Alternately, the deltas may be built of 3 quarks and some 4^th entity with a charge of +1/2 and no color. No other evidence of this 4^th entity has been reported.

4) For angular momentum to be constant, the angular momentum of the charge bits and the color bits have to exactly match, as do their frequencies. Frequency is a function of rest energy (except under extreme condition), so they would need identical rest energies. The theory implies a much higher energy for the color bit than the charge bit.

5) No explanation is given for the much higher “rest” energies of the proto-lepton in the muon (18.0 MeV) and the tauon (132 MeV), as compared to the electron (48.2 KeV).

6) 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, 4s & 5s for the tauon neutrino). Any hard knock should transform an electron-neutrino to a muon-neutrino, and vice versa.

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

8) The theory requires the product of rest energy of the proto-lepton and the radius of orbit within the lepton to be a constant, proportionate to the charge (since F_E = 2E₀/r=q/r²). They vary moderately (20.5 MeV*fm in the electron, 40.5 MeV*fm in the muon, and 15.8 MeV*fm in the tauon), in no particular pattern.

9) While dark matter is described qualitatively as triquarks, no explanation is given for the repulsive effect needed to support a white, uncharged entity. In other cases, this force is based on the color on color and charge on charge repulsion, even though autologous. Attractive force is based on total energy content, while the repulsion from the centripetal effect is based only on kinetic energy.