Tom, you do realize that the Sun's Analemma actually supports RE a lot better than FE:
No it doesn't The Analemma just shows how the sun moves North and South every six months. Where the figure eight crosses over is where the sun is directly overhead. As we can see from the diagram the observer is somewhere in the Northern Hemisphere. We can see the short loop the sun makes around the North Pole in its Northern Annulus and the large loop it makes around the North Pole in its Southern Annulus.
So Tom, you expect us to believe that the sun's orbit takes it from an altitude of 3000 miles at its Northern Annulus, down to 700 miles altitude at its Southern Annulus? A change of 2300 miles? A change of more than 2/3 of its accepted altitude? And the sun never changes its apparent size during this six month trip? And the people directly under the sun at its Southern Annulus never notice that the sun seems to be getting awfully big, and bright, and close?
Wait a minute, that's not right either. That 3000 mile distance is calculated at equinox, not the Northern Annulus. If you take a closer look at the Analemma, you will notice that the equinox, and therefore your 3000 mile distance, is somewhere around the midpoint of the figure eight while the top of the figure eight is closer to the norther annulus. So, what is the distance to the sun at the northern annulus? It must be much more than 3000 miles (probably closer to 6000 miles), and that would make the sun's annual rise and fall that much more fantastic.
C'mon Tom, this is a stretch, even for you.
What is not sufficient is the description of a "high-end astronomer's telescope". Would you accept a 500mm lens on a 35mm film camera as sufficient? Or a 500mm lens with a 2x tele-converter?
I said a telescope. I didn't say to use a camera lens, I didn't say to use a pair of binoculars, I said to use a telescope.
http://www.merriam-webster.com/dictionary/telescopeMain Entry: tele·scope
Pronunciation: \ˈte-lə-ˌskōp\
Function: noun
Usage: often attributive
Etymology: New Latin telescopium, from Greek tēleskopos farseeing, from tēle- tele- + skopos watcher; akin to Greek skopein to look — more at spy
Date: 1648
1 : a usually tubular optical instrument for viewing distant objects by means of the refraction of light rays through a lens or the reflection of light rays by a concave mirror — compare reflector, refractor
2 : any of various tubular magnifying optical instruments
So, how does a pair of binoculars or 500mm telephoto lens not fit the definition of a telescope? My lens is even a mirror lens, so it would be considered a reflecting telescope.