It’s not only above eye level, but our observation here , (if earth were concave) the light would actually be shifted downwards from refraction (light bending up, which makes things appear lower than they are) So if earth is concave , this observation you’re seeing , the real thing is even higher than what you’re observing
The way it works is , lights bending up towards the center of the earth if earth was concave The light bends up at a greater rate upwards compared to the upwards curvature of the earth This disparity , this separation , explains bottoming out , explains anything setting , explains observations “hidden behind the convexity/hump” - is actually the divergence from the light bending up at a greater rate than the earth is bending up
oh wow look, optical compression
Reverse curvature of the earth
Nice & thanks
It’s not only above eye level, but our observation here , (if earth were concave) the light would actually be shifted downwards from refraction (light bending up, which makes things appear lower than they are)
So if earth is concave , this observation you’re seeing , the real thing is even higher than what you’re observing
The way it works is , lights bending up towards the center of the earth if earth was concave
The light bends up at a greater rate upwards compared to the upwards curvature of the earth
This disparity , this separation , explains bottoming out , explains anything setting , explains observations “hidden behind the convexity/hump” - is actually the divergence from the light bending up at a greater rate than the earth is bending up
1:10- Jesse, that’s not a mirage. Mirages happen above the surface, not on it.
Hot pavement says otherwise.
@@carljelliff3156 tell us more about how you imagine that hot pavement makes the buildings appear compressed
@@DrEMichaelJones Dumbest m-fer on RUclips says what?