Does scattered light theory work in space? Nope. Will the scattered like make our atmosphere look separate in space? The lower part white, and the upper part blue? Nope. Scattered light would make it all look blue from space. Because like light itself, the color of light is projected from it's source.
Example: If a light bulb projects a white light. Then you change that from it's source to make it look blue. The whole light projected from the bulb would turn blue because to do this, the source would have to be altered. Like putting a different color glass, or a different kind of gas inside the glass. Being able to view the atmosphere from side angles as the sun is on the horizon, show that the same scattered like that is said to make the sky blue, does not work. And being able to see the separation of the upper atmosphere, also shows that the illusion that science would have you believe, does not always work. Which leaves this scattered light theory open for question. For my questions would be:
1) How is it that it just happens to be that the ozone layer is made up of mainly O2, and O2 glows blue when excited by electrical charges.
2) From the side angle in the pics from this page, as the sun rises on the horizon, how can the upper atmosphere only be blue, when the whole sky is blue when the sun shines upon it?
3) How do auras make the sky turn different colors, if the gas in our atmosphere cannot be excited by our sun?
4) And if science is so sure of this scattered like theory, why don't they take O2 into space in a clear vacuum tube and see if the rays from the sun turn it blue?
But yet they will say that what is presented here is wrong, but won't do what it takes to make sure of it. Now, with all that goes and works together here, does not this seem like a viable conclusion That should be tested? Or is it that science is afraid of one more theory being proven wrong, that they are unwilling to test it?
