TAB 29

SEASONAL TIME VARIATION

Two sine waves out of phase form an ellipse, at an angle to the principle axes they change the inclination of a circle and its plane of orientation. Add these two phenomena and you have an EM wave which transforms the unit circle into an elliptical orbit with all the usual parameters ( 6 ). This is how weak and strong gravity waves are oriented.

Motion caused by such a wave is symmetric with respect to the symmetric hyperplane. In the 3BP, the center of mass moves so that it remains on the z-axis - an up/down motion that causes the planet to rotate, like a spinning top pumped from the top.

Melting polar ice redistributes mass and alters the dynamics of the Earth. The reverse process - onset of an ice age (which we are past due, for one) balances the natural drift of the Earth away from the sun by temporarily (well, for a period of 80,000 years, the typical length of the last eight ice ages) increasing the strength of Earth's gravity waves, pulling it closer to the Sun. If global warming continues; well, Earth will not have its ice age, and it will keep right on drifting away from the sun.

You will recall that Gravity exists as a point-to-point force only in the frequency domain. That is, between planets. Between solar systems or stars gravity exists as a shock wave, or as the boundary between frequency domains that in the time domain behaves like a gravity "string," hence the origin of string theory. These strings are nothing more than the static shock wave of intersection gravitational regimes; in which context gravity is nothing more than a geometric construct and not a force at all. It's the f- and g-forces that do all the real work.

Not to return to the electromagnetic field analogy to give some insight into this subtle phenomena. The motion of a charged particle in a uniformly constant magnetic field is in the shape of a helix (which, actually, is just the shape of the system wave):

Where is a static magnetic field. Some other properties of this field are:

• Speed in the direction of the magnetic field is constant
• The angular frequency of motion in the circular path is independent of speed
• The project of motion in the xy plane is a circle, where

• A particle under the influence of this field moves at a constant speed
• Acceleration is always perpendicular to the direction of motion

Now to consider this scheme in the context of the theory of planetary orbits posed heretofore. If the system wave is in fact a helix in space, as was shown by numerical methods; and if this wave has some electromagnetic component, as was implied by how the axial inclination of the planets was linked to the system wave and to the geomagnetic aspect of the rotating planet; and if all of this is in fact but a figment of the Three Body Problem, then the earlier conclusion that all these forces are coordinated nicely by an L6 Lagrange Point existing in the middle of a loop; then, the above figure can be modified slightly.

And the mathematics show the field is as if generated by a small segment of charge on a straight line, upon a distant point ~ the linearization of the action-at-a-distance unit ball that enacts the 1/r force locally. Consider the following :

• This is all the same as Coulomb's Law, except for the direction of the field
• It's exactly what happens with a halo orbit around a Lagrange Point, in which the body acts as though it is orbiting an empty focus
• Thus, the "weak" gravitational force alleged by the U.F.T.

And finally the motion along the line is the dynamical element of the whole problem that has evaded this analysis so far, some consistent change in the field versus the planet at point p, that happens as the solar system evolves.

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© 2004 WH Clark