I've seen a lunar eclipse where the sun and moon were both visible, which is impossible if the earth's shadow was being cast on the moon. What say you?
I say that you should show your evidence in the form of:
exactly where you were observing this lunar eclipse from, exactly when you were observed this lunar eclipse and
photographs of the sun and moon showing their elevations.
A selenelion is not at all that rare but can be observed only in limited areas on earth.
The sun gets farther away in RET, and never gets smaller either. Why must it get smaller? It's a function of distance that you never notice the difference.
Yes, "the sun gets farther away in RET, and never gets smaller either" but it gets further away by at the most the radius of the earth.
Since the average distance to the sun in GET (Globe Earth Theory) is about 150 million kilometres
the fractional change in the sun's angular size is not more than about 0.004% - and so quite indiscernable.
But in FET the sun is supposedly about 5000 km above and circles the North Pole.
I will take the distance from the North Pole to the equator circle as 10,000 km. Other values will cause little difference to the result.
So, on the usual FET model, taking the simple case of someone on the equator at an equinox:
at solar noon the sun would be directly overhead and 5000 km away but
six hours later at sunset the sun would be about sqrt(10000
2 + 10000
2 + 5000
2) = 15,000 km away.
So the distance to the sun is three times as far at sunset as it was at sunrise.
Therefore the angular size of a 50 km diameter sun would be expected to vary quite gradually from about 0.57° at noon down to 0.19° at sunset.
Such a variation is not observed.
Observations of the true angular size of the sun can be obscured by the glare around the sun but this can removed by a suitable solar filter.
Similar changes in the angular size of the moon would also be expected and in this case, there is no problem with glare.
Anyone can easily observe and take photos of the moon and demonstrate that no significant angular size change can be seen.