Примери за използване на Black hole itself на Английски и техните преводи на Български
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And then the black hole itself.
The black hole itself emits no light.
You can't actually see the black hole itself.
The black hole itself is invisible to us.
The hole at the centre is the“shadow” of the black hole itself.
Instead of focusing on the black hole itself, researchers are studying its effects on its immediate environment.
It had expanded 30,000 light-years away from the black hole itself.
The picture doesn't show the black hole itself, but its dark shadow.
But what is very visible is the material surrounding the black hole itself.
In the picture, we don't see the black hole itself, but rather a silhouette.
To my great surprise,I found there seemed to be emissions from the black hole itself.
Eventually, the outline of the black hole itself should emerge.
And at the time they thought it might create some fireworks by falling into the black hole itself.
What you see in the picture is not the black hole itself, but a disk around it.
Although the black hole itself remains unseen, these powerful jets can be viewed from great distances.”.
As per the photo, it is not the direct black hole itself but its shadow.
Next, said Doeleman, you need a way to see through the gas in the Milky Way andthe hot gas surrounding the black hole itself.
So instead of focusing directly on the black hole itself, scientists focused on its shadow.
And measurements of the jet's properties when it's close to the black hole will help determine where the jet originates- in the innermost part of the accretion disk,farther out in the disk or from the black hole itself.
It will not emit any type of radiation from the black hole itself, from that mass.
You can't see the black hole itself, but you can convert the gravitational energy of the black hole into the light we see.
They give off radiation, and the black hole itself shrinks away.
Of course, if such a bow shock is discovered, one would be able to also observe the cluster of stars attached to the floating black hole andpossibly the X-ray emission from the black hole itself as it accretes gas.".
So instead of focusing directly on the black hole itself, scientists focused on its shadow.
The light doesn't come from the black hole itself(nothing escapes a black hole, not even light), but from the disk of material that surrounds it.
Exciting as it is, the photo actually doesn't capture the black hole itself, nor its interior.
This radiation does not come directly from the black hole itself, but rather is a result of virtual particles being"boosted" by the black hole's gravitation into becoming real particles.".
According to physicist John Wheeler,all other characteristics should be swallowed up by the black hole itself, and would, therefore, be unobservable.
These features include filaments near the black hole itself, which appear nowhere else in our galaxy.
All other characteristics that physicist John Wheeler termed"hair" should be swallowed up by the black hole itself, and would therefore be unobservable.