20-April-2008, 09:48 AM
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Senior Member
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Join Date: Dec 2006
Posts: 362
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Quote:
Originally Posted by Acolyte
Is there something significant about 178.867624? If it was a 180:1 I'd be impressed but 178.867624 doesn't seem in any way significant.
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- It is the pulse of the sun. Combining all the long term cycles of the sun, 178.867624 is an average for the current pulse over 3.35 cycles from 1500 to 2099.
- 178.867624 is in close harmonic phase with the precessional cycle of the earth. 178.867624 is less than 180 years in the same proportion, less cyclic variance of ~0.0274%, as the precessional great year period of 25764 is less than 25920 years.
- If my calculation of the current seven year error in cyclic variance is correct (25764-25757 = 7; 25757=178.867624*144), it will take ~94 million years before the SSB/precession correlation error completes one cycle, assuming the current value for the constant has long term cosmic stability.
- I suspect that the 19.85 year Jupiter-Saturn SSB shapes marked as 1,2,3 and 4 in my chart are actually following the Jupiter-Saturn cycle of 178.7 years, and so are drifting against the solar pulse at a rate of one cycle per ~190,865 years. This calculation is easy for astronomers to check.
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