Приклади вживання Galaxies we see Англійська мовою та їх переклад на Українською
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In other spiral galaxies we see that dust is similarly distributed as in our galaxy. .
One of the most pressing questions in astronomy is how andwhen stars formed in the galaxies we see around us.
Many galaxies we see as they were tens of millions, hundreds of millions or even billions of years ago.
But how do these young,massive, compact disks evolve into the elliptical galaxies we see in the present-day universe?
The farthest galaxies we see such what they were millions, hundreds of millions or even billions years ago.
As the halos increased, they attracted the scarce hydrogen penetrating the universe to gather andform the stars and galaxies we see today.
Many galaxies we see as they were tens of millions, hundreds of millions or even billions of years ago.
As the haloes grew in size, they attracted the sparse hydrogen gas permeating the universe to come together andform the stars and galaxies we see today.
However, over half the galaxies we see, mainly spirals, are actively forming stars right now.
This is the first direct observational evidence that at least some of the earliest so-called"dead" galaxies-where star formation stopped-somehow evolve from aMilky Way-shaped disk into the giant elliptical galaxies we see today.
However, over half the galaxies we see, mainly the spirals, are very actively forming stars right now.
Newswise- Astronomers expect that the first galaxies, those that formed just a few hundred million years after the Big Bang,would share many similarities with some of the dwarf galaxies we see in the nearby universe today.
More than half galaxies we see, mainly spirals, however are actively forming stars right now.
This is the first direct observational evidence that at least some of the earliest so-called"dead" galaxies-- where star formation stopped-- somehowevolve from a Milky Way-shaped disk into the giant elliptical galaxies we see today.
Galaxies we see near the edge of the visible universe emitted their light when they were much closer to us, and they will now be much further away.
If, on the other hand, the researchers created universes based on current theories of galaxy formation- universes in which the galaxies stopped forming stars early on-those galaxies appeared much redder than the galaxies we see in the sky.
How the variety of structured and dynamic galaxies we see today emerged from the fiery chaos of the Big Bang remains one of the most difficult unresolved mysteries of cosmology.
As our universe is expanding, almost all of the galaxies we see in the universe are moving away from us, and we therefore see their light more towards the red end of the spectrum, known as redshift.
In this Hubble image, we see two galaxies.
Quasars are the brilliant centers of the most distant galaxies we can see in our universe.
A large fraction of the massive galaxies we now see around us in the nearby Universe were already formed just three billion years after the Big Bang.
If the researches created the universe based on current theories in which the galaxies stopped forming stars early on,those galaxies appeared redder than the galaxies that we see in the sky.
We know that after the Big Bang, the universe cooled down to form the stars and galaxies that we see today.
So we see these galaxies not as they are now, but as they were long ago.
And you will see, first, the structure of the survey,and then you will start seeing the structure of the galaxies that we see out there.