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That only has merit if a star is as big and far as you think.1) How often an Oort cloud object would cross the path of a star.
This involves time. That means time as we experience it here on earth. To make that equal to time experienced where the star is there would have to be time there. Can you prove there is?2) The duration of the crossing.
3) The amount of light blocked during the crossing.
I think that we can say some objects are in space and do have effects on star light and etc. You only have how many actual observed such objects in the area you claim the Oort cloud is? How many do you regularly see crossing the light of a star for example?
False. The distance is not known to stars (that depends on time existing there and you can't prove it does) therefore you cannot say how big they are. They could be moon sized for all you know. At least from what I have seen of science and the basis for distances so far...Let's take the last one for example. A Jupiter-mass planet blocks about 1% of the light from a Sun-like star.
Nope. If the star was smaller than our moon, what crosses it would be very much smaller still! You DO NOT KNOW. All that planet nonsense is tommyrot.The most photometrically precise instrument we have today is the Kepler spacecraft which can detect Earth-size planets, which block about 0.01% of the light from a Sun-like star.
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