Примери за използване на Our galaxy's на Английски и техните преводи на Български
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It lies in the direction of our galaxy's centre.
Our galaxy's home cluster is called the Local Group.
It's estimated that about 75% of our galaxy's stars are red dwarfs.
Images captured by the telescope revealed a hitherto unknown violent period in our galaxy's history.
Scientists believe that 90% of our galaxy's mass consists of dark matter, which gives it a mysterious halo.
This global telescope may finally see the event horizon of our galaxy's giant black hole.
And while our galaxy's gravity tore the Gaia sausage apart, a complete Milky Way makeover may have unfolded as a result.
Global telescope may finally see the event horizon of our galaxy's giant black hole(Science).
Some fear that the lineup will somehow expose Earth to powerful unknown galactic forces that will hasten its doom perhaps through a pole shift orthe stirring of the super massive black hole at our galaxy's heart.
They could be,the researchers believe, the result of a huge eruption from our galaxy's supermassive black hole, Sagittarius A*.
GN-z11 is about 25 times smaller than the Milky Way andonly has 1% of the mass of our galaxy's stars.
That is when a star called S0-2 will be at its closest distance to our galaxy's supermassive black hole, and will be pulled in at maximum gravitational strength.
GN-z11 is about 25 timessmaller than the Milky Way and only has 1% of the mass of our galaxy's stars.
The union of the Milky Way andthe so-called dwarf galaxy Gaia-Enceladus increased our galaxy's mass by about a quarter and triggered a period of accelerated star formation lasting about 2 to 4 billion years.
GN-z11 is 25 times smaller thanthe Milky Way in size and has just 1 percent of our galaxy's mass in stars.
An alternative explanation is that the newly identified sprinting stars could be native to our Galaxy's halo, accelerated and pushed inwards through interactions with one of the dwarf galaxies that fell towards the Milky Way during its build-up history.
Each year, he took another set of pictures,plotting the movement of that cluster of stars at our galaxy's heart.
The shape and symmetry of what we have observed strongly suggests that a staggeringly powerful event happened a few million years ago very near our galaxy's central black hole,” said astronomer William Cotton of the National Radio Astronomy Observatory.
That's what a Japanese scientist has ascertained after peering into the chemical compositions of our galaxy's stars.
The proximity and orientation of the youngest strings to the Milky Way's present-day spiral arms shows that older strings are an important fossil record of our galaxy's spiral structure,” says co-author Kevin Covey, also of Western Washington University.
Astronomers studied 10,000 of these Sun-like stars in archival Hubble images over a nine-year period to unearth clues to our galaxy's evolution.
Under normal conditions, the stream should be more or less a single line,stretched out by our galaxy's gravity, she said in her presentation.
For starters, the Hubble images(combined with data from Spitzer) showed that GN-z11 is 25 times smaller than theMilky Way is today, and has just one percent of our galaxy's mass in stars.
Unfortunately, Earth- andthe vast majority of the planets in the galaxy- just aren't in the right position to see our galaxy's black hole with optical technology.
But now scientists have found something entirely new: a galaxy with the same mass as the Milky Way but with only 1 percent of our galaxy's star power.
The combination of Hubble's and Spitzer's imaging reveals that GN-z11 is 25 times smaller thanthe Milky Way and has just one percent of our galaxy's mass in stars.
The combination of Hubble's and Spitzer's imaging shows that GN-z11 is 25 times smaller than the Milky Way andhas just one per cent of our galaxy's mass in stars.
The combination of observations taken by Hubble and Spitzer revealed that the infant galaxy is 25 times smaller than the Milky Way and has just one percent of our galaxy's mass in stars.
For years, the Event Horizon Telescope has been staring into the heart of the Milky Way,trying to obtain a photo of the location of Sagittarius A*, our galaxy's central supermassive black hole.
In this case, the halo is actually invisible, but its existence has been demonstrated by running simulations of how the Milky Way would appearwithout this invisible mass, and how fast the stars inside our galaxy's disk orbit the center.