MadSci Network: Astronomy |
Astronomy texts wax eloquently about how v = c[/_\(lambda/lambda). They then go dead silent, ignoring red shifts greate than one. Quasars are observed with redsihfts "exceeding 4, more than 93% of the speed of light." The classical equation is obviously incomplete (wrong). What is the proper relationship between observed red shift and astronomical recession velocity for large red shifts? Thank you! Uncle Al uncleal@uvic.ca
Re: What is the relation between recessional velocities and red shifts >>1?
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