Seasons and Weather

Presented as proof of heliocentricity. Seasons happen on the earth. They are inherently Geocentrospheric. Weather happens on earth. It is inherently Geocentrospheric. Seasons happen because the sun has a helical spiral orbit that progresses toward the South pole for six months, then back towards the North pole for six months. This is empirically observed as …

Eclipses

Presented as proof of heliocentricity. Eclipses of the sun or moon are observed from the earth. The phenomenon is caused by an alignment of the sun, moon and earth, or the sun, earth and moon. They are predicted using historical observations that were also made from the earth. The phenomenon is both inherently and empirically …

Coriolis Effect

It is not possible to prove that the earth is rotating. Experimental results which have formerly been used as a way to prove that the earth has daily rotation are examples of GDE on a stationary earth.

Stellar Spectroscopy

Stellar spectroscopy conveniently ignores the possibility that stars are reflecting sunlight and incorporates itself into one of the most intricate examples of circular reasoning ever devised. Circular reasoning is a problem in science where people make up fiction that suits their narrative, then use the fiction to rationalize more fiction. A good example is heliocentricity. …

A Sea of Glass

And they that be wise shall shine as the brightness of the firmament; and they that turn many to righteousness as the stars for ever and ever. (Daniel 12:3)

Accepting the firmament as a sphere of rigid crystal on the edge of space solves many scriptural and physical problems. The King James Version is the only Bible from which an accurate cosmological model may be deduced.