UltimateReality
Active Member
- Jan 13, 2012
- 2,790
- 15
- 36
Cool video, thanks, but I'm not sure why posted it. You seem bent on following this crazy path your on.
None of the math involved in my argument has to do with relativity. Just because you are using "c" doesn't automatically mean you must consider relativistic effects, since we are not using any speeds lower than c in the math, and we are only considering the travel of the light itself over distance, not a subjective observer. It is very simple. I feel sorry for you now, so I am going to try to explain this very clearly.
I asked YWC how he could justify belief in a 6,000 year old universe when anyone can demonstrate his beliefs to be false by simply looking up at the night sky. The light from any star over 10,000 light years away would falsify the idea that the earth is 6 to 10 thousand years old. I was genuinely curious to hear his response, but then I got the retard brigade on my ass, headed by Lonestar, who started telling me that a light-year was a distance... no shit. Now, here we are with you telling me I need relativity. Is this a joke you guys are playing on me? You can't all be this unable to comprehend written word and follow ideas logically.
The only thing that needs to be established is that there is, for example, light from a star that is 10 Billion light years away. What this means is that, that light left that object 10 billion years ago, meaning the universe has been around for at least that time, falsifying any notions of a young earth.
TO LONESTAR: Yes, a light-year is a distance, but it also gives you time when we are talking about anything traveling at the speed of light. If an object is ten light-years away, that means, NECESSARILY, the light take ten years to travel that distance. This is definitional. Therefore, if we are seeing the light from objects that are billions of light-years away, then the universe must be at least billions of years old for that light to have existed.
Just one question, please explain in your own words how you know the light traveled 13 billion light years, and not, say 6 billion light years. (this should be good)
Quick!!! Hurry!!! Do your frantic search for an answer! Tick, Tock, Tick, Tock...
I shouldn't play your little ego games, but its too easy to make you look like a fool, and you deserve it for asking the question with such condescension.
No search needed, as I already answered this the post you quoted. You're reading comprehension must not be what you think it is. (I'll give you a hint: IT'S DEFINITIONAL). I don't even have to know C. It's right there in the definition for a light-year. A light-year is defined as the distance light will travel in a year, therefore if the distance between a star and an object is X light-years, it will, by definition, take X years for light leaving the star to reach that object. Therefore, the light from a star that is 13 billion light-years away, will take 13 Billion years to reach us. If it took 6 billion years, then it is six billion years away. Relativity is only important if you are talking about an observer either on the beam of light, in which case no passage of time is felt at all, or approaching the speed of light, in which case time asymptotically nears zero movement as your mass would become infinite.
This is boring. At least ask something that is difficult, or stop trying to "stump" me for your own egotistical ends so we can try on move on with this discussion.
Nice try, but you didn't answer the question. How do you know that the light you are seeing from a specific star actually took 13 billion years to get here? How have you calculated the distance the star is from the earth?