Re: Particle and Theoretical Physics [message #156600] |
Thu, 26 May 2005 09:07   |
Kanezor
Messages: 855 Registered: February 2005 Location: Sugar Land, TX, USA
Karma:
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Jzinsky |
DaveGMM | I didn't think that there was a test that proved it was both.
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Well you can't stop light, I figure at that speed it either bounces off (reflection) or gets absorbed into whatever it hit (causing colour) thus you cannot stop light, but I guess the theory is ifyou could, it would be a particle with a mass on a micro mathematical scale..
| If you could not stop light, then nothing would be absorbing light, correct? In a way, that's true... because the things that absorb light become hot. A black surface absorbs more light than a white surface, and a black surface will become equally more hot than a white surface.
Also, you're only partially correct when you say that absorbing light causes color; color is caused when one part of the spectrum is absorbed while the other part (the part you see; the color you see) is bounced off.
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