Quote:
Originally Posted by rebel
When you put a glass of water outside on a hot day, condensation starts to form on the outside of glass. This is also true for light or “energy” in the vast void of space. The “energy” is hot as all forms of energy are, and the void of space is cold as we can prove today. This difference in temperature formed a layer of condensation on the expanding energy..
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Let's start with this.
The condensation of water on a glass only occurs when the water is colder than the atmosphere. Also the amount of relative humidity is also taken into account and the glass itself serves as the condensation nuclei. Here are some questions I have.
What is the condensation nuclei for the "energy", can it condense on a void because the condensation of water must have a nuclei?
Where is the condensation nuclei in the void, how is it measure, is it homgenous?
If the energy is expanding at the speed of light, how can any process condense energy onto the outside shell of the expanding "ball"? (note that the ball of energy has to represent the warmer water vapor condensing upon the colder void in order for your analogy to move beyond this point.)
I will stop here for now.