Watch How Flat Earthers Predict Eclipses

9 months ago
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Watch How Flat Earthers Predict Eclipses
Sources:
https://publish.obsidian.md/shanesql/Library/Eclipses

Flerf Magic - Watch How Flat Earthers Predict Eclipses
The point is NO ONE predicts eclipses. They are all post dictions from the Soros cycle which is a complicated derivation of the astrological year. That is a period of 651 years that repeats in perpetuity. The 15 year solar cycle and the 19 year lunar cycle oscillate and dance in tandem throughout and intersect and intercede at numerous times during this dance. Each time, they intersect at a node, the next eclipse can be directly predicted because they all work in pairs, and the pairs work in a series. Once you understand all the parings in a series, you can predict the series, Once you predict the series, you can predict the entire astronomical year (651 years).
The same dance of the sun and the moon end up in the semi-diurnal harmonic frequency present in our tides. A beautiful choreographed dance.
Thats how it really works globers.

-2023 is year 162 in the 651yr cycle of the great, self-same day, astronomical year.
-The 651GAY is divided into two revolutions, (A) 325years / (B) 326years, alternating, keeping time from creation
-Two revolutions repeating to keep time like a clock.
-Creation is the Prime Year - 1
-The true start of a year is Sept23, equinox.
-2023 is year 18, team 18, in the 18yr eclipse cycle.
-Each year of the 18yr eclipse cycle is made up of a team of eclipses. The teams never leave their year marker, line of time.
-There are 70 eclipses in the 18yr eclipse cycle.
-an ec is the 18years10to11days eclipse cycle.
-2023 is year 162... completes 9 eclipse cycles, half of (A) 325.
-It takes 18 eclipse cycles to complete (A) and another 18 eclipse cycles to complete (B).
-18ec+18ec=36ec is 325 +326 = 651yr GAY.
-36ec completes 360° to bring the eclipses to their self-same dates and start a new GAY.

https://t.me/c/1614757092/73421

Meeus, F. E. a. J. (2009). "Five Millennium Catalog of Solar Eclipses:."

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