There must be something preventing us from seeing the other stars, while also showing a different set of stars. A reflective object fits those requirements perfectly. From our standpoint of limited knowledge, it is the most likely theory.
Yes, you can see the anti-moon. Look at the moon during an eclipse.
Read ENaG.
1. As does a round Earth. Different perspectives, different views. As I said, there's no evidence to support your sky mirror nor is there any known physics that would explain how a giant reflective surface is in space specifically for the Earth.
2. Lunar or Solar? But either way, it should exist without an eclipse should it not? Isn't that how you explain the phases of the moon?
3. I've already been told by John Davis that much of the book is junk. I've read enough to confirm that. And yes, I read the chapter in question:
http://www.sacred-texts.com/earth/za/za27.htmand
http://www.sacred-texts.com/earth/za/za28.htmHe is right in that objects in the distance appear to rise from the horizon.
In the next chapter he addresses this by saying that the glare of the sun makes it look bigger than it is because it's going through more atmosphere.
Well the sun must have a VERY wide cone spotlight because according to him, the whole face of the sun sines on the Earth. A very large cone indeed. So large, in fact, that it must be a dome. Fig. 66, after all, shows one observer but it should be noted that the sun must show noon for an observer at C, sunset at some observer to the left of C, ect...
But that really doesn't explain the whole "coming up from the horizon". Objects in the distance converge onto a single point at the viewer's eye. This is perspective. This means the ground appears to climb, the sky sink, and everything squishes into a single point at eye level.
http://jhh.blogs.com/anthos/images/perspective_1.jpgSee?
The sun should actually go into the distance and get smaller and smaller until it disappears when the "cone" finally stops shining on the observer. He even draws the lamps getting smaller and smaller (fig. 63) as they go into the distance, which is true, but then draws the sun actually SET and not getting smaller and smaller in fig. 64
The fact that the sun doesn't get smaller and smaller as it goes into the distance puts that at a moot point. In fact, it doesn't appear to change at all relative to the rest of the surrounding area. The sun won't shrink in size with the landscape. It is a constant size as it goes lower and lower.
Allow me to use ENaG to demonstrate:
I took two figures, 63 and 64 and scaled them up so they were twice as wide as the original. It was hard to read them otherwise.
http://img.photobucket.com/albums/v303/Lord_dave/fig63scaled.jpgThat's the original scaled up only. It's still accurate compared to the non-scaled one.
Using the sun from 64 (
again, scaled up) and posted it as being above the lamp post. Just to simulate perspective.
I then took that lamp post + sun area, copied it, pasted it, then shrank it so the lamp post matched the size of the other ones. As you can see, the sun got smaller and smaller and smaller....
Since this doesn't happen, perspective doesn't work.