Examples of using Redshift in English and their translations into Italian
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The quasar lies at redshift z 1.41(8.7 billion ly), while the lensing galaxy lies
In general relativity one can derive several important special-case formulae for redshift in certain special spacetime geometries,
The GPs are also similar to UV-luminous high redshift galaxies such as Lyman-break Galaxies
Using a model of the expansion of the Universe, redshift can be related to the age of an observed object, the so-called cosmic time-redshift relation.
The derived photometric redshift yielded z approximately equal to 6.5, which indicates it is most likely being viewed from a time when the Universe was only 830 million years old.
Hyperion's redshift of 2.45 means that astronomers observed the proto-supercluster as it was 2.3 billion years after the Big Bang.
For LAB-1, at redshift of z~3, the Lyman-alpha light is seen as visible light.
A redshift of emitted photons is believed to contribute to the improved intensity of light produced by CycLuc1.
we might detect gravitational redshift.
Because of the expansion of the universe, the distance to a remote object with a known emission spectrum can be estimated by measuring its Doppler shift(or redshift);
the optical spectrum was devoid of the spectral lines used to determine redshift.
One of the most fundamental findings was the discovery of large numbers of galaxies with high redshift values.
There's another survey which is very similar to this, called the Two-degree Field of View Galaxy Redshift Survey.
objects at redshifts greater than about 1.5 appear larger on the sky with increasing redshift.
The first two were famous for suggesting that there were periodicities in the redshift distributions of galaxies and quasars.
Halton Arp were all observational astrophysicists who proposed that there were inconsistencies in the redshift observations of galaxies and quasars.
The expansion of the universe can be constrained based on observations of the luminosity distance and redshift of distant type IA supernova.
the angular diameter distance gets smaller with increasing redshift.
Recent papers by Hayes et al. in 2010 suggest that GRBs peaked at this redshift range, which makes them even better tracers of matter.
Fritz Zwicky proposed in 1929 that a gravitational drag effect on photons could be used to explain cosmological redshift as a form of tired light.
