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The local expansion of space-time
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Anon E. Mouse
May 2, 2012, 7:11:05 PM5/2/12
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In another thread I discuss my research regarding the cosmological
constant Lambda in relation to a Wikipedia article with that title.
From context it is fairly clear from context that when the author's of
the Wikipedia aritcle mention 0.7 for the constant they are referring
to the stress energy ration form.
The actual constant is m^-2. using unit notation standard for EFE.
Using the local data of 1.6 seconds per day per century for Earth
rotation slowing or, 1 second per year per century for Earth orbital
period I get an actual value for lambda of approximately 4.81 e-20 ds/
dm^-2. Which is reasonably consistent with the values for lambda due
to Hubble flow derived by others using other data.
I would very much appreciate any referrals to more local planetary
orbital period data do that I can refine and possibly validate this
rough estimate.
Sincerely,
AAG
constant Lambda in relation to a Wikipedia article with that title.
From context it is fairly clear from context that when the author's of
the Wikipedia aritcle mention 0.7 for the constant they are referring
to the stress energy ration form.
The actual constant is m^-2. using unit notation standard for EFE.
Using the local data of 1.6 seconds per day per century for Earth
rotation slowing or, 1 second per year per century for Earth orbital
period I get an actual value for lambda of approximately 4.81 e-20 ds/
dm^-2. Which is reasonably consistent with the values for lambda due
to Hubble flow derived by others using other data.
I would very much appreciate any referrals to more local planetary
orbital period data do that I can refine and possibly validate this
rough estimate.
Sincerely,
AAG
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