Red-shifts of Very Young Objects

Details Red-shifts of Very Young Objects Red-shifts of Very Young Objects

Jul 1969

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1969natur.223..386a&link_type=abstract

Nature, Volume 223, Issue 5204, pp. 386 (1969).

Physics

7

Scientific paper

I WOULD like to call attention to one of the consequences of our current belief that there is a red-shift-distance relation for galaxies. It is accepted that as we observe increasingly distant galaxies we see them at earlier and earlier stages of their life history because of the finite velocity of light. If we could therefore observe sufficiently faint galaxies, we would see galaxies very close to their moment of creation, or even, conceptually, close to the moment of creation of the matter which would make up the galaxies. Empirically we find that the red-shifts of more distant galaxies increase and we must conclude with a high degree of certainty that, if we could see distant enough matter, it would be very young and have an extremely high red-shift. We can summarize this reasoning in the following statement: If we observe the universe near age zero, then it has a very large red-shift.

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