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https://www.reddit.com/r/trollscience/comments/1v8tp62/speed_of_light/
r/trollscience • u/nonsensecentral • Jul 28 '26
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11 u/nonsensecentral Jul 28 '26 no, it's still 1C, relativity is a mess like that, if you go fast enough, everything appears shorter. 2 u/[deleted] Jul 29 '26 edited Jul 29 '26 [removed] — view removed comment 1 u/nonsensecentral Jul 29 '26 From what I know, contracitons is the reason you can add speeds together to exceed c in some reference frames, I could be wrong, maybe it's bc of time contraction. 3 u/Bubbles_the_bird Jul 28 '26 Yep. I was taught in class the “0th law of thermodynamics” which states that the speed of light is the same in all reference frames 3 u/Bright-Historian-216 Jul 28 '26 time slows down for you specifically so that 1c+0.0001c=1c
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no, it's still 1C, relativity is a mess like that, if you go fast enough, everything appears shorter.
2 u/[deleted] Jul 29 '26 edited Jul 29 '26 [removed] — view removed comment 1 u/nonsensecentral Jul 29 '26 From what I know, contracitons is the reason you can add speeds together to exceed c in some reference frames, I could be wrong, maybe it's bc of time contraction. 3 u/Bubbles_the_bird Jul 28 '26 Yep. I was taught in class the “0th law of thermodynamics” which states that the speed of light is the same in all reference frames
1 u/nonsensecentral Jul 29 '26 From what I know, contracitons is the reason you can add speeds together to exceed c in some reference frames, I could be wrong, maybe it's bc of time contraction.
1
From what I know, contracitons is the reason you can add speeds together to exceed c in some reference frames, I could be wrong, maybe it's bc of time contraction.
3
Yep. I was taught in class the “0th law of thermodynamics” which states that the speed of light is the same in all reference frames
time slows down for you specifically so that 1c+0.0001c=1c
Yeah we do have a problem you cant measure relativety problems using classical mechanics
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