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The fact that they appear next to each other in the photo doesn't mean they are near each other. take this photo for example:
Originally posted by sirnex
Where is the effect in this picture then?
I see a bunch of galaxies near enough to each other that I *should* see a similar effect, but I don't see it there either.
Originally posted by Arbitrageur
If the galaxies really are near to each other they will all have similar redshifts. But you have to measure the redshifts, you can't tell just by looking at the photo.
Originally posted by PplVSNWO
Okay so, I still don't get how redshift has been equated to distance? How did they measure distance to check against redshift to create that graph that keeps popping up?
If brightness is what is being used to determine distance, than isn't that an indication that there is a correlation of redshift and brightness? How is it determined that there is a direct correlation between distance and brightness?
Originally posted by -PLB-
reply to post by mnemeth1
I'm am no astrophysicist, but it seems logical to me that a brighter universe also has a greater mass. In that video a page back it was stated that gravity also causes red shift. Maybe this effect is underestimated in the current models? The two effects could even have a 1/1 relation, meaning that a galaxy with mass x and distance y would have about the same red shift as a galaxy with mass 2x and distance 2y. So for us both galaxies would appear to be equally bright with equal red shift, making us think they are at the same distance.
Originally posted by mnemeth1
I don't think they said gravity causes red shift, it doesn't. The standard theorists are claiming that gravity is what is causing "gravitational lensing" which is the excuse as to why we see quasars apparently embedded in galaxies.
As to the relationship between mass/distance, what the standard theorists are saying is that they are assuming red shift ALWAYS provides a distance no matter what the brightness of the galaxy or quasar may suggest.
Thus this statement "meaning that a galaxy with mass x and distance y would have about the same red shift as a galaxy with mass 2x and distance 2y. " would be incorrect as far as mainstream astrophysicists are concerned.
Red shift is only a function of Doppler in their view, thus if we see two galaxies of equal brightness but one has a high red shift, then the one with high red shift must be more massive/energetic.
Originally posted by mnemeth1
ORLY?
Here's an entire institute dedicated to anarcho-capitalism: mises.org...
Oh wait, here's another one: c4ss.org...
www.walterblock.com...
www.stephankinsella.com...
www.hanshoppe.com...
Anarcho-capitalism is an individualist anarchist political philosophy that advocates the elimination of the state and the elevation of the sovereign individual in a free market. In an anarcho-capitalist society, law enforcement, courts, and all other security services would be provided by voluntarily-funded competitors such as private defense agencies rather than through taxation, and money would be privately and competitively provided in an open market. According to anarcho-capitalists, personal and economic activities would be regulated by the natural laws of the market and through private law rather than through politics.
I have a few more choice words for you was well.
You have lobbed nothing but ad hom attacks and have, yet again, provided no rebuttal information other than simply stating I'm an idiot that has no idea what I'm talking about.
Clearly if I am an idiot, then by definition, all of the physicists and cosmologists I reference must also be total idiots, since you are claiming I'm apparently incapable of formulating my own opinions.
Perhaps you should just butt the hell out of this thread if you have nothing productive to offer.
Originally posted by -PLB-
reply to post by mnemeth1
Although I have not read this completely, it seems to only apply to quasars. How does it explain the difference in red shift between galaxies at the same distance?
Hi OP. Looks as if some are doing a little digging on your associations. Try to not let it rob you of spin, angular momentum, all the good stuff that you still believe in that einstein didn't besmirch and call his own. The more I think about it, the more I realize is taken for granted. I am not a scientist in disposition, and here I see many connections for the realm of spirit (I shudder to use 'religion' just as I now question 'gravity' OMG). Mormon's, for instance, have this thing where they dream up a planet for themselves. Can't you just see the cult possibilities herein!
Originally posted by mnemeth1
reply to post by Astyanax
What you have to offer is a lot of ad homs, this time not only directed at me, but at an entire field of economics.
Since you have yet again provided no science to back any of your claims and have offered nothing but personal attacks after I have repeatedly asked you to, I'm going to simply ignore you rather than continue this conversation.
While I disagree with the others, at least they attack my arguments and not me personally.
Originally posted by mnemeth1
There are no differences in redshift between galaxies at the same distance.
If two galaxies have equal redshifts, then the standard theory says they are at the same distance.
If two galaxies are at the same distance, then they must have equal redshifts, according to the standard theory.
If you are interested in more information on redshifts, here's a tremendous amount of research that backs my claims.
sites.google.com...
You can find a large selection of papers proving that redshift is quantized, that we see high and low redshift objects attached to each other, and a large selection of papers that provide alternative explanations for redshift using the known laws of physics backed by laboratory experimentation.
[edit on 26-5-2010 by mnemeth1]
There are no differences in redshift between galaxies at the same distance.
we see high and low redshift objects attached to each other
Originally posted by mnemeth1
reply to post by -PLB-
hahah no I'm not contradicting myself.
What I'm demonstrating is that the standard theory is wrong.
If redshift = distance, then it should be impossible that we see high and low redshift objects connected to each other, yet we see such connections all over the place.
Thus, redshift must not be strictly a function of distance as the standard theory claims.
[edit on 26-5-2010 by mnemeth1]
Originally posted by mnemeth1
Yes I know the general consensus, and I know your position. What I am asking is how EU explains it.