In this video we can see a "reflection" of the sun before we see the sun appear through the horizon at sun rise.
1. At 0:45 into the video we see the what looks like the top of the sun but it is a reflection with the sun above it but not yet visible through the atmosphere.
2. The reflection grows larger until at 1:12 we see the bottom of the sun appear and gradually merge with it's reflection.
3. There is a horizon reflection that is seen for both ships and sun over the ocean that demonstrate how we see it from perspective over a flat earth. The top of the actual ship and sun and the bottom of their reflections are compressed together.
The case for flat earth is that nothing sinks below a curved earth. Everything moves into the horizon.
The argument from globe earth is that the sun would always be visible from everywhere over a flat earth and discounts perspective.
The distance of the sun from above the earth and the size of the sun would be consistent with what we see.
--Dave
1. At 0:45 into the video we see the what looks like the top of the sun but it is a reflection with the sun above it but not yet visible through the atmosphere.
2. The reflection grows larger until at 1:12 we see the bottom of the sun appear and gradually merge with it's reflection.
3. There is a horizon reflection that is seen for both ships and sun over the ocean that demonstrate how we see it from perspective over a flat earth. The top of the actual ship and sun and the bottom of their reflections are compressed together.
The case for flat earth is that nothing sinks below a curved earth. Everything moves into the horizon.
The argument from globe earth is that the sun would always be visible from everywhere over a flat earth and discounts perspective.
The distance of the sun from above the earth and the size of the sun would be consistent with what we see.
--Dave