HOME ATTRACTORS VRS STRANGE ATTRACTORS

I do not like the expression 'strange attractors' in which the equations home in on one value and can be only one value, this is actually like a 'home attractor' so that is what I am going to use instead of strange attractors. Pages in which home attractors occur are the following:

Atom.txt (Atomic constants)
Perfect.txt (Perfect eclipses out to saturn)
Coupling.txt (Solar orbital dynaflow fluid transmission)
Golden.txt (Golden ratios and recombinant sums and ratios)
Relative.txt (Gravity rest state and velocity motion relativities)
Switcher.txt (Attractor with small chaos input switches to unraveller)
Hyperwav.txt (Mass energies action waves and recurrances as solar orbits)

Strange attractors in the constants - call these home attractors, because they are perfect

Sympathy interface for constants, hyperwaves to a certain extent, and relative (that's the interface between gravity and special relativities), are all based on strange attractors, the equations all home in on extact values, the more you do the equations the more the extact value(s) increase in significant digits in increasingly precise accuracy.

In the relativity interface equations, for instance, the total mass of the Sun derivates to be 1.99099 dah dah dah... times 10 to the power 33 grams. Now that is quite a few significant digits over and above the (maximum) four digit values given for the Sun mass in astronomy data tables.

The Sun's mass, derived by home attractor equations, contains the value added mass the Sun gains by the Sun's own gravity relativistic force, an extra mass which happens to be exactly the mass of (Venus minus the mass of Mars).

The value added factor results in all of the equations balancing to infinitudes, so to speak (better word then exactitudes because exactitudes imply that A can only equal A, whereas infinitudes occur when A inexorably becomes B and no other value increases the same way in accuray toward infinity).

Reference: Relative.txt - Interface Relativity

The case of the Sun includes the Sun mass extra, which is a kind of binding energy component generated by the Sun's own gravitational relativistic powerhouse. A pure and simple model for the solar already occurs in the atom. In the case of the atom the electron's rest mass plus the electron's binding energy component (as a value added) are the coherent resonant energy state, in fact the exact energy extra required to keep the electron bound to a proton in for instance the hydrogen atom is what the electron's spin around hydrogen adds to the electron's rest mass by special relativity mass increase, exceot, the increase appears as energy and is external to the electron, it is not a mass increase in the electron's mass.

It is important to know this, all of the atom.txt equations unravel of the electron's mass and electron's binding energy are not added together to start the relavitistic equation derivatives yielding a host of fundamental constants locked into place as relativistic steady states which cannot change out of extremely narrow band widths in values. Changes of 1 part per 7 million can ruin the steady state, depending on where the change (chaos) is introduced.

Reference: Atom.txt - The Steady State Atom

The hydrogen atom is the most idealized state existing for atoms therefore the most ideal to show fundamental principles locking the constants together in relativistic steady states when cannot change without unravelling and dissolving the atom.

The energy extra by relativity increase is exactly the energy state (mass energy equivalent) required for all of the equations to balance into strange attractor exactitudes, or, rather, home attractor fundamental constants for the atom and nucleus.

The electron's velocity generates (being 137 times slower than the speed of light (which is the Fsc ratio less)), nevertheless a net increase in the electron mass to exactly the equivalent of the electron's binding energy. Instead of more mass, this extra generated by the relativity is external to the rest state mass of the electron and becomes the binding energy the electron uses to stay in the hydrogen atom motor.

In the case of the Sun, the extra mass the Sun relativisitically generates is separate from (is excluded from) the rest state mass that exists with gravity relativity effects switched off. Out in orbits the de-combined planets of Venus minus Mars interface with the Sun's relativity, except in this case the amount of mass the Sun has outputted into terran space is the amount of Venus minus Mars mass exactly. Why there are two Mars mass equivalents in the setup I do not know - count them, the first of course is the Mars out in orbit, and the second a Mars added to the Sun's relativity increased mass unit to comprise a Venus. Why not something plus something to yeild Earth, or Mercury. Nope. Venus and Mars, just those two are the two I know spelled out in detail in the interface relativity equations for the Sun.

I must assume that every star has relativity interface equations, each star's components exacting from each star's gravity mass.

To rerun the movie just performed, when the Sun's rest state mass is increased by the Sun's own gravitational relativity, the amount of mass increased in the Sun is exactly equal to the mass of Venus minus the mass of Mars. Interface relativity equations balance only when the Sun's rest state mass, and augmented (value added) mass, are combined for prime term. This is the same situation as found in the hydrogen atom's fundamental relatvisitics, that is, that the electron's rest state mass, and its binding energy unit added together are the prime from which all equations thus are in perfect home attractor balance.

PRIME TERMS

Interesting, that both relativistics (gravitational for the Sun and special for the atom) function in equations which balance when prime term is augmented, that is, both have rest state mass plus the value added from each's own relativistics, the prime term being the Sun mass, and the electron mass.

Scalar vrs Guage quantities

In case you missed the baseball rounding the curve chasing the train, the atom's co-ordinators are 'special relativity' effects (scalar velocity compared to the speed of light) and the Sun's interface relativities are 'gravitational relativity' (quage self contained motionless gravitational magnetude).

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