X 0 1 2 3 4 5 6 7 8
Section Three
F and G Forces
11. Relativity vs CM
X 0 1 2 3 4 5 6 7 8 |
|
Section Three |
| F and G Forces |
| ___ |
| 11. Relativity vs CM |
| 12. Kepler's 2nd |
| 13. Complex Plane |
| 14. Szebehely Eqn. |
| 15. Transitioning |
| 16. Shock Wave |
| 17. Quaternions |
| 18. Envelope Curve |
( 16 ) for the referenced diagram.TAB 18
INTERGALACTIC ENVELOPE CURVEThe inner and outer "wheels" (or envelope curves, fitting the apoapse of the comet orbits around the sun and Jupiter respectively) are more than the pivots for the symmetric vs. invariant planes (two charge plates that electrolyze water, the N Body Problem, into the N-1Body Problem) but the small loop of two free return 3BP's, both with our sun as the second, small body. Refer to
These are permanent structures that maintain the dynamic balance of the solar system as it evolves from cosmic cloud to discrete planets. Presumably the paths of comets are along neighboring optimal paths to these interstellar "gravity strings." A spaceship should be configured to match their cross section for high speed travel, perhaps greater than c.
The "inner wheel" may be the anomaly within the sun that causes the precession of Mercury's perihelion. The "outer wheel" may be the mysterious Red Spot on Jupiter. These phenomena are situated inside their respective bodies (Jupiter is a gas giant) because their gravity is at a point mass otherwise (recall that concentric shells of uniform density can be represented at some radial distance away as a point mass).
