Sir Edwin Hubble was one of the first to suggest that the apparent red shift of stellar objects is caused by the doppler effect as the universe expands and the stars become further and further away.
The Hubble Constant
Does Gravity Prove Heliocentricity?
Gravity is strongest at the core of the earth. That's what we can measure. It's empirical. Things fall to earth. It's measured by dropping things. It gives us the field value for acceleration due to gravity, small g, which is proportional to the square of the distance from the center of the earth. The practical …
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 …
Transit of the ISS during the eclipse
Presented as proof of heliocentricity. The ISS orbits the earth, so it is inherently Geocentrospheric. The eclipse was observed from the earth, so it is empirically Geocentrospheric. This is not proof of heliocentricity.
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.
Aberration of Starlight
Gravity is a field emitted from the singularity in the core of the earth which causes time to pass more quickly in proportion to the square of the distance from the source.
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. …
Transit of Venus
Any time that someone uses the transit of Venus as proof of heliocentricity they’re demonstrating that their knowledge of the subject matter is at or below a superficial level.
Retrograde Motion
Retrograde motion is often described as a "big problem" for the Geocentrospheric model, but this exposes a failure by those who believe this to comprehend two concepts frame of reference and relative motion.