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Originally Posted by peacegirl
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Originally Posted by LadyShea
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The light is at the film in an instant because of the inverse square law and the closed system which does not require light to travel 93 million miles.
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How does the inverse square law relate at all to instantaneous photons appearing on the surface of camera film when the Sun is newly ignited? |
This goes back to the original claim LadyShea. If efferent vision turns out to be true (and I know this has to be proven), then we would get an image of the Sun on the sensor within a nanosecond of it being turned on, just like we would get an image of any object on the sensor in a nanosecond, if it meets the requirements of brightness and size, because this substance (which is part of the external world) is what light is revealing. |
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Originally Posted by LadyShea
None of that explains how light could possibly relocate from the Sun to camera film on Earth instantly, and certainly the inverse square law has nothing to do with anything you just said.
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You're right. The Sun emits light; it doesn't strike an object which causes the inverse square law to occur. But it still works in the same way. The only difference is that full spectrum light is at the film instead of nonabsorbed photons.