Question for Flat Earth Scientists. Why do the days change length?
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And yes, the stars fucking change you halfwit. Look at charts from a thousand years ago.
The constilations are exactly the same as thousands of years ago, this is why the great pyramids still perfectly represent onions belt after at least 5000 years. With the motions and speeds I outlined our earth allegedly experiencing in the heliocentric model I dont think the stars would stay the same in 1 year let alone thousands. One reason I think they destroyed the Georgia guidstones is it had a hole that points directly towards Polaris at all times for 50 years, and this was proving our stars do not change.
No they're not. The constellations appear in completely different places now. Think you're an Aries cause you were born in April? Nope. Weren't born under that star sign in april. The constellations moved. You're technically a Taurus. 1000 years ago you'd be an Aries though.
I was talking about the stars of the constellations in relation to how they are spaced amongst eachother. Their spacing appears to be the same because the ancients depicted them exactly as they are today. Even if you want to argue they this spacing has altered slightly in thousands of years this seems completely implausible considering the universe is expanding at incomprehensible speeds according to the big bang theory. And we have no way of going back in time to check these measurements.
I am speaking out the scope of my research with this next speculation, but it is my understanding that we are currently transitioning from the age of Pisces to the age of Aquarius. Each of these ages last about 2156 years, both heliocentric and flat earth models agree on this. Is it possible the zodiac constellations shift slowly to different months through the ages? Just speculation, but I have not seen convincing evidence the stars shift in their spacing relative to eachother over any period of time.
If you look at the moon and drive a hundred miles does it look it's moving away from you? Nope. Because it's that far away.
Now consider stars that are lightyears away.