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Earth's Wobble
The "Curse" of a Geocentric
Dark Age
At least since the time of Copernicus we know
that the Earth rotates on its axis and revolves around the Sun. Modern
Science has developed sophisticated technology to accurately measure
Earth’s period of rotation; i.e. the mean time interval for
the Earth to make one complete or absolute rotation of 1296000 arc-seconds
on its axis.
While variations of the mean time interval would equally affect the
sidereal day and the solar day, the length of the solar day depends
upon Earth’s orbital velocity and/or the path it has to travel
around the Sun. Earth’s absolute rotation period is not affected
by Earth’s orbital motion.
However, with each 360-degree revolution around the Sun, Earth makes
exactly one more absolute rotation on its axis than the given number
of mean solar days per complete orbit.
In the absence of orbital motion, Earth’s absolute rotation
period would be equal, whether measured relative to the Sun or the
fixed stars. This would imply that at the exact position of the equinox,
for instance, the length of the 'mean solar day' is equal to the period
of the 'mean sidereal day' (equinoctial day), which in turn is equal
to Earth’s absolute rotation period.
Modern Science maintains that the wobble of Earth’s equator
or pole relative to the fixed position of the Sun (lunisolar precession)
does not affect Earth’s absolute rotation period or the length
of the mean solar day, but only the mean sidereal day (a primary astrodynamical
constant).
In the absence of ‘lunisolar precession’ (i.e. no changes
in the orientation of Earth’s axis in space) the period of the
mean sidereal day would be equal to the period of Earth’s absolute
rotation, just as it would be equal to the mean solar day in the absence
of Earth’s orbital motion.
In other words, the desired effect of "lunisolar wobble"
depends upon the Sun's position in space relative to the Earth's axis
of rotation, and not upon the orbital motion of the Earth.
The assertion that ‘lunisolar precession’ affects the
mean sidereal day and not the mean solar day is therefore false, because
with each solar day our Sun would have to move around a wobbling Earth
for the equinox to occur earlier.
Although the Church, who forced Galilei to fail in the end in his
attempt to defend the heliocentric system of Copernicus, has exonerated
Galilei almost 360 years later, the curse remains. Against all of
its beliefs, Modern Science has proven that our entire heliocentric
solar system moves around the Zodiac; not because of occult forces
acting on the Earth, but because Modern Science has completely failed
to demonstrate that the Earth wobbles relative to the fixed position
of an immovable Sun. |
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