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You need to start with the axiom itself:
-the speed of light, in a vacuum, is the same for all observers. Like you're saying, we don't care what the actual number is, only that it is constant. From this, we then find that E=mc2 for the rest mass of a particle. From this axiom, we find that distance is not absolute. So an image that appears to have travelled 10 miles for you might have had to travel 5 miles for me, even though we are seeing the same 'moment in time'. The image i see will be blueshifted. Your ideas do not pan out. However, you touched on one more thing. The speed of light itself. We define it as a constant in empty and flat space. If you can find space that's more empty than empty, then who knows what'll happen. |
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Quote:
What it says is that mass is a form of energy. And we also know that it can be converted into other forms. One such possible conversion is into photons, and photons travel at the speed of light. Quote:
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