redshift

The research for the Redshift was not without dead ends.

At those redshifts, the Universe was only one or two percent of its current age.

We still need to get back to the same layer the Redshift is in.

It was confirmed to be at high redshift in 2012.

The most important is the redshift of very far away galaxies.

Even light redshifts to zero before it can get out.

It is estimated to be 10.2 billion light years away, seen at redshift 1.9.

Such a high redshift means that the burst happened nearly 13 billion years ago.

In some ways, it wasn't all that much of a change from the Redshift.

All the hosts identified so far have also been at low redshift.

The higher the redshift, the farther away a galaxy is.

A prime example of redshift was the crisis at eBay.

He discovered a relationship between the redshift of a galaxy and its distance.

With a redshift of 5.34, light from this galaxy is estimated to have taken around 12.5 billion years to reach us.

The previous record holder, detected more than a year ago, had a redshift of 6.28.

What is redshift and how do you measure it?

From here the Redshift was smaller than a basketball held in my outstretched hand.

With a redshift of 0.464, it is approximately 5 billion light-years from Earth.

And that much more time for anyone searching for the Redshift.

Unless you've traveled on the Redshift as a paying passenger.

Aboard the Redshift, light moves so slowly you can see its passage.

This was the first quasar with a redshift in excess of 2.

There are two possible ways to get what appears to be a single quasar with more than one redshift.

The other two objects were measured at redshifts of 6.1 and 6.2, also about 13 billion light-years.

That was the Redshift equivalent of making a suspect stand well out from a wall and lean against it.