I have a question, (I hope you do answer me this time). If the sun orbits a point vertically above the center of the flat earth, and it illuminates only a portion of the earth, this implies that light is not coming out of the sun in all directions. So, I would like a conceptual explanation of the laws of optics, and the physics of how the sun functions within the theory of the flat earth.
Also, I saw something in the FAQ about dark energy holding the stars and planets above us. The current theory of dark energy says it creates a repulsive force between all objects with mass, and it increases with distance. So, we have gravity pulling together and diminishing with distance, we also have DE pushing apart and decreasing with distance. We are also assuming the sun and the stars always have the same distance to the center of mass of the earth and are at a point where exactly gravity and DE cancel out. If the sun moves away by just a little bit, it will begin to accelerate away, if it moves closer just a little bit, it will crash with the earth. In modern physics, the center of mass of the sun does change position because it's dynamic, but in this model, it can't because there would be no sun! So, that should give you a headstart in trying to explain to me how the sun works in this model.
Now, asking questions makes me wonder more, so i'll throw a couple more:
Is angular momentum conserved in flat earth theory?
If the sun is orbiting a point vertically above the earth, there must be some source of work keeping it in orbit. Otherwise it would spiral off. What is this source of work?
If the earth is a cylinder, how deep is it? How do you know?
What is your mathematical description of gravitation?