Приклади вживання Redshifts Англійська мовою та їх переклад на Українською
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
Why are cosmologists so opposed to quantized redshifts?
All observed quasars have redshifts between 0.06 and 6.5.
In that paper Humphreysdiscussed William Tifft's work on quantized redshifts.
Rejection of cosmological redshifts could stifle development of a true biblical cosmology.
Many erroneously think that the quantization is found in the redshifts as observed.
Redshifts of extragalactic objects are the sum of two distinct effects, one local, and one global.
Many erroneously think that the quantization is found in the redshifts as observed.
However, the counter-hypothesis, that quasar redshifts are not cosmological, does not make this prediction.
There are a few different definitionsof"distance" in cosmology which all coincide for sufficiently small redshifts.
Ergo, the existence of quasars, if their redshifts are cosmological, disproves the steady state theory.
For modest redshifts(z<< 0), there is no appreciable difference between the correct treatment and the incorrect treatment.
In an expanding universe galaxies with large redshifts lie at greater distances than galaxies with small redshifts.
If redshifts are not cosmological in many cases, then one must doubt if redshifts are cosmological in any case.
There are no low redshift quasars, which, if redshifts are cosmological, suggests that quasars do not exist locally.
If fainter quasars were included at greater redshift, quasars at magnitude 23 or even 24 would be found at those redshifts.
However, most observed redshifts are so modest that there is no large difference whether one takes the logarithm or not.
However, there clearly is a trend of increasing magnitude with increasing redshift, which is expected, if quasar redshifts are cosmological.
The question really comes down to whether you believe what the redshifts tell us or if you believe what the images seem to tell us?
Redshifts are usually understood to be radial Doppler shifts or due to the expansion of the universe, but could they be due to something else?
The HDF, however, contained many galaxies with redshifts as high as six, corresponding to distances of about 12 billion light-years.
Furthermore, many recent creationists who reference Arp's work appear to thinkArp doubted the expansion of the universe and that most extragalactic redshifts were cosmological.
He has suggested that quasar redshifts are not cosmological, and hence quasars are not that far away, and they are not that intrinsically bright.
Over the past 25 years, this method has been employed to find redshifts and distances of many galaxies over a broad range of distances and redshifts.
He has suggested that quasar redshifts are not cosmological, and hence quasars are not that far away, and they are not that intrinsically bright.
In every case the objects have radically different redshifts that would mean that the objects have very different distances if the redshifts are cosmological.
Additionally, if the redshifts of galaxies are cosmological, then one would expect angular diameters of galaxies to decrease with increasing redshift.
I encourage fellow recent creationists to abandon their doubts that extragalactic redshifts are cosmological and better focus their work on explaining extragalactic redshifts in terms of a biblical cosmology.
Therefore, doubt that extragalactic redshifts are cosmological is unfounded, and recent creationists ought to abandon this doubt.
If the universe is expanding, and if extragalactic redshifts are cosmological, then we have little hope of developing a proper biblical cosmology if we deny both.
Taken at face value and assuming that redshifts are cosmological, the most likely conclusion is that we are located near the center of many concentric shells of galaxies.