Galaxy Plot

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This plots the course of every Sun in the Galaxy, using the same table the Galaxy Calculator generates.
Each ring is one track, each dot is a Sun on that track, and the Life Track 666 is drawn in gold.

The cyan line is the test. It is drawn from the center of the Galaxy out through every Sun in track order. Henrietta Swan Leavitt implied the Suns orbit at the same rate, like a record on a record player, but not at the same speed. If that is true, the line stays straight as everything turns. If the rate were not the same, the line would wind up into a spiral.

It stays straight. The panel under the plot measures it from the table itself, every time you rebuild.

How the Clock Works

A record player turns every groove at once. A Sun on an outer track has much farther to travel, so it must move much faster in miles per hour, and it arrives at the same time as the inner one. Same rate, different speed. That is what Leavitt implied, and it is what this plot shows.

For that to happen the Speed has to rise in direct proportion to the Track Number. The Life Track sets the rate for the whole Galaxy, because that is the Track the Torah says supports Life:

Life Track Max Speed = ( aveIteration × |Engines| ) − ( pRate + Life Track )
                     = ( 2012 × 333 ) − ( 2664 + 666 ) = 666,666 mph
Life Track Min Speed = ( minIteration × |Engines| ) + Life Track
                     = (  999 × 333 ) + 666         = 333,333 mph

666,666 ÷ 666 = 1001      333,333 ÷ 666 = 500.5

Max Speed(n) = 1001  × n
Min Speed(n) = 500.5 × n

1001 is 7 × 11 × 13, and 500.5 is 1001 halved.
Multiplying by 1001 is what repeats a three digit number, which is why the whole table now reads the way the Life Track always did:

track  333  :  333,333 mph   3.33333 Hz
track  666  :  666,666 mph   6.66666 Hz   <-- the Life Track
track  999  :  999,999 mph   9.99999 Hz

Everything the Formula derives, the Trinary Marker, the Precession Rate, the three Iterations, and the Error Rate, does its work here. It sets the Life Track, and the Life Track sets the Galaxy.

Why a Frequency, and not a Centrifugal force

A Centrifugal model gives no reason for every Sun to share a rate. Balance a pull inward against a throw outward and what you get depends on where you are standing, so every ring keeps its own time.

A Frequency is a rate. If Gravity is a Frequency, the same as Light, then one rate runs the whole Galaxy and every Sun on it, which is exactly what the straight line above is showing. That is why the measurements here are Frequencies and wavelengths, taken from an electromagnetic system, and the Sun's Plasma is the proof such a system is there to measure.

Is the orbit reasonable

The Life Track works out to a radius of 26,989 light years, and the Sun is measured at 26,673 light years from the center of the Galaxy by the GRAVITY Collaboration in 2019. That is 1.19 percent.
The outermost Track comes to 53,979 light years, and the Milky Way disk is measured at roughly 50 thousand. That last Track is the radius the model allows, not a count of where Suns are; the outer Tracks may be empty.

Speed on a Track is a range, not one number. On Track 666 a Sun travels between 333,333 and 666,666 mph, which averages 499,999.5 mph, or 223.5 km/s, against a measured 220 to 250 km/s, which is 492,126 to 559,234 mph. At that average the orbit takes 227.4 million years, against a measured galactic year of 225 to 250 million.

The dots on this plot move at the Max Speed end of the range, so one turn here is 170.6 million years, the short end. Every Sun varies to the same degree, so the Clock stays the same and only the speed changes.

The Tracks show the movement of the Suns. They are not the Spiral Arms. The Arms show the path of the debris, which is a different path and should not be read as the same.