Albert says that the two position of a star on solar eclipse is because the light is bend because of the spacetime bending. I was wondering that the picture was taken at 2 different times so earth has covered some distance in that particular time, thus there are two different beams of light and thus the position of star are different
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Genesis 1:14-19 "Then God said: “Let there be luminaries in the expanse of the heavens to make a division between the day and the night, and they will serve as signs for seasons and for days and years. 15 They will serve as luminaries in the expanse of the heavens to shine upon the earth.” And it was so. 16 And God went on to make the two great luminaries, the greater luminary for dominating the day and the lesser luminary for dominating the night, and also the stars. 17 Thus God put them in the expanse of the heavens to shine upon the earth 18 and to dominate by day and by night and to make a division between the light and the darkness. Then God saw that it was good. 19 And there was evening and there was morning, a fourth day."
A solar eclipse is produced when the moon, in its orbit, goes between the sun and the earth, projecting its shadow on the earth below. An annular eclipse occurs when the moon is exactly in front of the sun but it is not big enough, due to its distance and position, to cover the sun completely. It leaves a ring of the sun visible. There are never annular eclipses of the moon, because the earth’s cone of shadow is always large enough to cover the moon when it is in an exactly straight line with the sun and the earth.
Eclipses are natural happenings that occur with exact regularity. They do not represent a threat nor do they carry some prediction of calamity. They are evidence of the unchangeable laws that govern the universe. They testify to the infinite divine wisdom that established each heavenly body in the universe and that controls them. Eclipses are marvels of Jehovah’s creation, one more evidence that assures us that the universe continues functioning according to the perfect laws he has fixed.
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The phenomenon you are describing is now not chiefly due to the Earth's motion, however as an alternative a outcome of Albert Einstein's concept of prevalent relativity. When we look at two positions of a big name close to the Sun and conclude that mild is bending, we are witnessing an impact regarded as gravitational lensing.
Gravitational lensing takes place due to the fact large objects like the Sun warp the material of spacetime round them. This warping reasons mild from far-off objects, such as stars, to observe curved paths as it passes close to the big object. As a result, the star's function in the sky seems to shift barely when it is close to the Sun. This shift can be found at some stage in astronomical occasions like photo voltaic eclipses when stars that are typically hidden by using the Sun come to be visible.
While the Earth's action does have an effect on our view of the stars and their positions due to the Earth's rotation and orbit round the Sun, gravitational lensing is wonderful from these motions. Gravitational lensing is a end result of the Sun's mass and its affect on spacetime, as described by means of Einstein's idea of widely wide-spread relativity. It's a captivating affirmation of the principle and has been located and examined in quite a number ways, supplying sturdy proof for the accuracy of Einstein's predictions about the bending of mild in the presence of huge objects.