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Originally posted by Jestaman
Hmmm, Earth is only 6,000 years old!!!! Well, it isn't, only ignoramuses think this. Anyone smart knows it is older. Something that is a million light years away would not be seen by us, but we can, therefor not 6,000 years old.
Originally posted by Spreadthetruth
But even if the Earth didn't exist, wouldn't the light from a star a million light years away already have reached the point the Earth is at?
Originally posted by FallenOne
If gravity is indeed faster than the speed of light. Can't we 'create a ripple' like dropping a 'stone' into the 'fabric of space', and thus, 'sruf' on that wave...which, according to that article, is faster than the speed of light? Or am I not grasping it right?
I should have mentioned I am proposing space travel...Although it's probably obvious.
[edit on 29/7/2005 by FallenOne]
Originally posted by ghost
Well, If Enstien was correct, Gravity should travel at exactly the speed of light. Accoring to the theory of reletivty, nothing can travel faster then the speed of light.
Tim
Originally posted by shaunybaby
surely gravity isn't a constant? it differs... for example the gravitational force on jupiter is greater than the gravitational force on the moon.
Originally posted by Simon666 Light is still travelling the shortest distance between two points. As an example, in a 2D plane the shortest distance between two points is a straight line as we know it
Originally posted by Urn
(you where agreeing with me right Simon?)
Originally posted by shaunybaby
the apendix, can creationists please explain why god created an organ that humans needed 6000 years ago, yet is not needed today?
Originally posted by shaunybaby
the apendix, can creationists please explain why god created an organ that humans needed 6000 years ago, yet is not needed today?
From here
An examination of the appendix microscopically, shows that it contains a significant amount of lymphoid tissue. Similar aggregates of lymphoid tissue (known as gut-associated lymphoid tissues, GALT) occur in other areas of the gastrointestinal system. The GALT are involved in the body’s ability to recognize foreign antigens in ingested material.My own reaserch, in particular, is focused on examining the immunological functions of the intestine.
*snip*
The human appendix may be particularly important early in life because it achieves its greatest development shortly after birth and then regresses with age, eventually resembling such other regions of GALT as the Peyer’s patches in the small intestine. These recent studies demonstrate that the human appendix is not a vestigial organ, as originally claimed.
(1) The Merck Manual of Medical Information, Home edition, Merck & Co., Inc. The Merck Publishing Group, Rahway, New Jersey, 1997.
For instance, it was discovered that the appendix, which was supposed to be a "vestigial organ," was in fact a part of the lymphatic system. A medical publication notes in 1997 that "other bodily organs and tissues - the thymus, liver, spleen, appendix, bone marrow, and small collections of lymphatic tissue such as the tonsils in the throat and Peyer's patch in the small intestine - are also part of the lymphatic system. They too help the body fight infection." (1)
At one time evolutionists postulated there were 180 ‘vestigial’ structures in the human body. Today this list has shrunk to virtually zero. No organ should be removed without good reason!
For in-depth information, please read ‘The Human Vermiform Appendix—a General Surgeon’s Reflections.’
talkorigins.org
Today, a growing consensus of medical specialists holds that the most likely candidate for the function of the human appendix is as a part of the gastrointestinal immune system. Several reasonable arguments exist for suspecting that the appendix may have a function in immunity. Like the rest of the caecum in humans and other primates, the appendix is highly vascular, is lymphoid-rich, and produces immune system cells normally involved with the gut-associated lymphoid tissue (GALT) (Fisher 2000; Nagler-Anderson 2001; Neiburger et al. 1976; Somekh et al. 2000; Spencer et al. 1985). Animal models, such as the rabbit and mouse, indicate that the appendix is involved in mammalian mucosal immune function, particularly the B and T lymphocyte immune response (Craig and Cebra 1975). Animal studies provide limited evidence that the appendix may function in proper development of the immune system in young juveniles (Dasso and Howell 1997; Dasso et al. 2000; Pospisil and Mage 1998).
However, contrary to what one is apt to read in anti-evolutionary literature, there is currently no evidence demonstrating that the appendix, as a separate organ, has a specific immune function in humans (Judge and Lichtenstein 2001; Dasso et al. 2000; Williams and Myers 1994, pp. 5, 26-29). To date, all experimental studies of the function of an appendix (other than routine human appendectomies) have been exclusively in rabbits and, to a lesser extent, rodents. Currently it is unclear whether the lymphoid tissue in the human appendix performs any specialized function apart from the much larger amount of lymphatic tissue already distributed throughout the gut. Most importantly with regard to vestigiality, there is no evidence from any mammal suggesting that the hominoid vermiform appendix performs functions above and beyond those of the lymphoid-rich caeca of other primates and mammals that lack distinct appendixes.