from https://aa.usno.navy.mil/

4. What is the first point of land where the Sun rises on January 1, local time? The southern limit of the terminator on January 1 is in the Pacific Ocean far from the sight of land. The first place in Antarctica west of the International Date Line where the Sun could rise that day is at the headland between the Dibble Glacier (134° 37' E) and Victor Bay. At 135° 53' E, the Sun rises at about 12:05 AM on January 1, local time, which is 15:05 on December 31, UTC. However, a sunrise is possible about 12:23 AM on January 1, local time, (13:23 on December 31, UTC) on the northern tip of Young Island (162° 17' E) in the Balleny Islands. Young Island extends to 66° 13' S, so under unusual atmospheric conditions, the Sun may be seen to set there on December 31. The chances of having a sunset at Young Island are about 10-15%.

But on New Years in the North above 66.5 degrees, its totally dark.

"Polor night" in cities like Norilsk, Russia last for a more than a month, real people live there and experience it every year.

so, the way balls work, when light shines on one side, the other is dark. so, if its dark in the north, how is it also dark in the south?

During new years, Dec 31, the sun SHOULD BE constantly shinning on Antarctica, because thats the other side of the ball. But, observations shows that the sun rises and sets in Antarctica on new years.

that is inconsistent with the heliocentric model, consistent with FE model. proof.

This massive inconsistency exposed by this simple proof single handily takes down pretty much everything discovered about outer space, most of geology, environmentalism, and would revolutionize palaeontology.

the heliocentric model is so easy to debunk that people cant believe it.

how about time zone and the apparent tilt? if we have a tilt, why does every time zone have the same hours of day light at the same latitude? think hard.