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If I can derive Hubble's constant from nothing but c and the ageof the universe, would that be important?
On Jun 29, 10:58 pm, Faye Kane wrote:
Please give me a serious answer, because I think I know how. But I don't want to bother doing the calculations if it's already been done. Hubble’s constant is strictly a conjecture, and that should answer your question. It was decided on what it means during Hubble’s time where he could only see up to 500k parsecs at best. shrug |
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If I can derive Hubble's constant from nothing but c and the age of the universe, would that be important?
On Sat, 30 Jun 2012 22:41:05 -0700 (PDT), Koobee Wublee wrote:
On Jun 29, 10:58 pm, Faye Kane wrote: Please give me a serious answer, because I think I know how. But I don't want to bother doing the calculations if it's already been done. Hubble¢s constant is strictly a conjecture, and that should answer your question. It was decided on what it means during Hubble¢s time where he could only see up to 500k parsecs at best. shrug What Hubble said is his initial data showed that the theory of the expansion of the universe was correct. However, if you look at Hubble¢s original released data, it does not really show the expansion of the universe. |
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If I can derive Hubble's constant from nothing but c and the ageof the universe, would that be important?
On Jul 1, 3:09*am, SolomonW wrote:
On Sat, 30 Jun 2012 22:41:05 -0700 (PDT), Koobee Wublee wrote: On Jun 29, 10:58 pm, Faye Kane wrote: Please give me a serious answer, because I think I know how. *But I don't want to bother doing the calculations if it's already been done. Hubble¢s constant is strictly a conjecture, and that should answer your question. *It was decided on what it means during Hubble¢s time where he could only see up to 500k parsecs at best. *shrug What Hubble said is his initial data showed that the theory of the expansion of the universe was correct. However, if you look at Hubble¢s original released data, it does not really show the expansion of the universe. Red shift showing more reddining with distance is a bad ruler. Its off by 40% at best. Reality is we need a better way to measure. Clair Patterson gave the Earth its age by using radio active decay.It is only off by 3% I have my own way of measuring the age of the universe. It gives it 22 billion years,and counting. It goes against 13.5 given by our imperial thinkers,so even knowing I'm on the money I get laughed at. They fudge I never fudge I add up time lapses they rather sweep under the rug. TreBert |
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If I can derive Hubble's constant from nothing but c and theag...
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If I can derive Hubble's constant from nothing but c and the age of the universe, would that be important?
On Sun, 1 Jul 2012 07:46:28 -0700 (PDT), G=EMC^2 wrote:
On Jul 1, 3:09*am, SolomonW wrote: On Sat, 30 Jun 2012 22:41:05 -0700 (PDT), Koobee Wublee wrote: On Jun 29, 10:58 pm, Faye Kane wrote: Please give me a serious answer, because I think I know how. *But I don't want to bother doing the calculations if it's already been done. Hubble¢s constant is strictly a conjecture, and that should answer your question. *It was decided on what it means during Hubble¢s time where he could only see up to 500k parsecs at best. *shrug What Hubble said is his initial data showed that the theory of the expansion of the universe was correct. However, if you look at Hubble¢s original released data, it does not really show the expansion of the universe. Red shift showing more reddining with distance is a bad ruler. Its off by 40% at best. Reality is we need a better way to measure. Clair Patterson gave the Earth its age by using radio active decay.It is only off by 3% I have my own way of measuring the age of the universe. It gives it 22 billion years,and counting. It goes against 13.5 given by our imperial thinkers,so even knowing I'm on the money I get laughed at. They fudge I never fudge I add up time lapses they rather sweep under the rug. TreBert Well, the oldest object found is about 13 billion years old. That puts a limit on how young the universe can be. |
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If I can derive Hubble's constant from nothing but c and the ageof the universe, would that be important?
On Jul 2, 5:20*am, SolomonW wrote:
On Sun, 1 Jul 2012 07:46:28 -0700 (PDT), G=EMC^2 wrote: On Jul 1, 3:09*am, SolomonW wrote: On Sat, 30 Jun 2012 22:41:05 -0700 (PDT), Koobee Wublee wrote: On Jun 29, 10:58 pm, Faye Kane wrote: Please give me a serious answer, because I think I know how. *But I don't want to bother doing the calculations if it's already been done. Hubble¢s constant is strictly a conjecture, and that should answer your question. *It was decided on what it means during Hubble¢s time where he could only see up to 500k parsecs at best. *shrug What Hubble said is his initial data showed that the theory of the expansion of the universe was correct. However, if you look at Hubble¢s original released data, it does not really show the expansion of the universe. Red shift showing more reddining with distance is a bad ruler. Its off by 40% at best. Reality is we need a better way to measure. Clair Patterson gave the Earth its age by using radio active decay.It is only off by 3% I have my own way of measuring the age of the universe. It gives it 22 billion years,and counting. It goes against 13.5 given by our imperial thinkers,so even knowing I'm on the money I get laughed at. They fudge * I never fudge *I add up time lapses they rather sweep under the rug. TreBert Well, the oldest object found is about 13 billion years old. That puts a limit on how young the universe can be. If that oldest object found was a reflected image, then what? |
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