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Originally posted by smithjustinb
Originally posted by mkkkay
If we are expanding then why can i set my watch to the sun
why are days not getting longer..
what if every thing we are told is a lie..
Because maybe the gears in you watch are expanding too.
Originally posted by mkkkay
Originally posted by Drunkenparrot
Originally posted by mkkkay
If we are expanding then why can i set my watch to the sun
why are days not getting longer..
what if every thing we are told is a lie..
What if we took a moment and read ATS member CLPrime's post above?
Short, concise and to the point as always.
post by CLPrime
edit on 19-5-2011 by Drunkenparrot because: (no reason given)
Ya i did twice now, whats your point
if i read it correctly the daugh expands, distansing the raisins further a part.
if we are (the earth) a raisin and the sun also, why can i set my watch to it.
I like the toth of miniatus better, at least
i can set my watch to it.edit on 19-5-2011 by mkkkay because: (no reason given)
What does it mean to say that the Universe is expanding? If EVERY thing in the universe is expanding, or getting bigger, then that means we're all getting bigger. We wouldn't notice that we were getting bigger because everything around us is also getting bigger and at the same rate. Know what I mean? It's crazy to think about.
Originally posted by mkkkay
Edit: we also would have to come to the conclusion, that the universe is not expanding.
still will leave me thinking..[
In the early part of the twentieth century, Slipher, Hubble and others made the first measurements of the redshifts and blue shifts of galaxies beyond the Milky Way. They initially interpreted these redshifts and blue shifts as due solely to the Doppler effect, but later Hubble discovered a rough correlation between the increasing redshifts and the increasing distance of galaxies. Theorists almost immediately realized that these observations could be explained by a different mechanism for producing redshifts. Hubble's law of the correlation between redshifts and distances is required by models of cosmology derived from general relativity that have a metric expansion of space. As a result, photons propagating through the expanding space are stretched, creating the cosmological redshift.
Yet if we do measure a difference in the movements of outside objects than this disproves your assumption. Well, not really "disproves" but it at least shows that a measured difference is being observed, right? We could be expanding and/or contracting but if it is at a Universally constant rate who could ever tell?
We wouldn't notice that we were getting bigger because everything around us is also getting bigger and at the same rate.
CLprime didn't mention this in his first post, but he did in his second post.
Originally posted by mkkkay
if we are (the earth) a raisin and the sun also, why can i set my watch to it.
Yes, my waistline expanded an inch in the last 10 years, but it has nothing to do with the expansion of the universe.
Originally posted by MichiganSwampBuck
Everything is expanding, including us. We are inside the big bang and expand like the rest of the bang. If we were outside the bang it wouldn't have happened until it reached us. And when it reached us it would appear as it was at the beginning.
It's probably hard to even notice one part in a septillion.
For the technically minded, Cooperstock et al. computes that the influence of the cosmological expansion on the Earth's orbit around the Sun amounts to a growth by only one part in a septillion over the age of the Solar System.
There's a ton of evdence for the hubble constant and while it appears to be relatively constant in space at an instant in time like the present, we also know that it's NOT constant over time, from the dark energy discovery in 1998.
Originally posted by Devino
The Universal expansion theory all rests on the observation of the Hubble constant, which is a theoretical constant not a proven one. So no overwhelming amount of evidence here.
In 1998 we measured that the universe appears to be following the curvy dotted like on the left labeled "accelerating". The Hubble constant would exhibit similar changes if we could observe it at different points in time (which we think we did in 1998).
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