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Jag har två frågeställningar:
1)
Den cirkulära rörelsen av stjärnor som visas på tidsfördröjda bilder av stjärnhimlen, kan enligt artikelförfattaren inte vara ett resultat av en roterande jord. Om jorden roterade, så skulle stjärnornas banor visa sig vågräta, inte cirkulära. Hur förklarar ni det?
Kolla på bilderna här:
http://staticearth.net/wysiwyg.html
2)
Polaris effekten, hur förklarar ni den?
Kopierar texten rakt av från sajten:
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On several time-delayed pictures there are shown circulating stars. Supposedly, because of Earth’s movement around its own axis. However, their circulation is in the wrong direction…
If Earth is moving around, then the stars should “move” horizontally, with slight bent upward on northern hemisphere and a slight bent downward on southern hemisphere. That’s because Earth is a sphere. The stars should appear to move in opposite direction to Earth’s movement.
In fact, the stars are moving in a circle, around a star Polaris. Hence, “Polaris effect”. The stars on the outside of Polaris move faster. It is because; the distance they traveled is bigger. They also move in unison, which proves that they are somehow connected.
To make it even more puzzling, the time interval of the film exposure does not match the part of the circle that the star would travel in that part of day. I mean if the time exposure is 4 hours, then if 24 hours is full circle then 4 hours should be one sixth of the full circle. However, it’s only about 1/12.
The direction of stars’ rotation seems to be the same as Earth’s…
If Earth is turning from left to right, then the stars should appear to turn from right to left! If the stars move from left to right, then Earth may be stationary. The Polaris star is always stationary. The only way a point can remain stationary, is when both the observer and the point are stationary, or both move in unison. Since the other stars move in unison relatively to Earth, the Polaris and the Earth must be motionless."
Någon som har svar?
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