Примери за използване на Gamma-ray bursts на Английски и техните преводи на Български
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Gamma-ray bursts are the brightest explosions in the Universe.
If we're standing in the opening of this jet,we will see gamma-ray bursts.
These gamma-ray bursts are so energetic, they light up the entire universe.
When they analyzed the data,the scientists found three distinct gamma-ray bursts.
Gamma-ray bursts are the most violent event that we know of in the universe.
Observations suggest that gamma-ray bursts are actually very rare in the Milky Way.”.
Gamma-ray bursts turn out to be a lot more common than we thought they would be.
They were super-powerful explosions of high-energy radiation called gamma-ray bursts.
Gamma-ray bursts are the most powerful mega-flares in existence, but not the most dangerous for us.
This implies that rather than being very rare,this kind of emission might be quite common in gamma-ray bursts.
Could gamma-ray bursts be wiping out lifeforms in the great beyond before it evolves into something that can contact us?
We know from the 2017 observations of colliding neutron stars that these smash-ups can create gamma-ray bursts.
Sometimes, however, gamma-ray bursts pop up where scientists don't expect to see them- like in Earth's atmosphere, for example.
We know from the 2017 observations of colliding neutron stars that these smash-ups can create gamma-ray bursts.
Usually, gamma-ray bursts are very short-lived phenomena… only fractions of a second or a few seconds… but this gamma-ray burst was visible for, like, 35 minutes.
We know from the 2017 observations[Physical Review Letters]of colliding neutron stars that these smash-ups can create gamma-ray bursts.
From 2017 observations of colliding neutron stars,it is known that gamma-ray bursts can be created from these collisions.
And that may explain the weird symmetry in pulses of some of the most energetic light in the universe,called gamma-ray bursts.
One of the reasons gamma-ray bursts are so incredibly bright is that they take an enormous amount of power, and then they focus that power into a very small portion of the sky.
We have ignition. And we have lift-off of NASA's Swift spacecraft,on a mission to study and understand gamma-ray bursts throughout the universe.
Blasts that create gamma-ray bursts may actually exceed the speed of light in surrounding gas clouds, but do so without violating Einstein's theory of relativity.
But this proposed model gives researchers one small clue in the hunt to find the ultimate cause of gamma-ray bursts, Hartmann said.
If waves within the relativistic jets that produce gamma-ray bursts travel faster than light- at'superluminal' speeds- one of the effects could be time reversibility.
Without such detections--in particular, at longer wavelengths such as X-rays or optical light--it is very difficult to determine the precise location of events that produce gamma-ray bursts.
Three new papers published today in Nature describe two new gamma-ray bursts- GRB 190114C and GRB 180720B- both of which yielded the highest-energy photons ever recorded for GRB events.
In either case, we might see the emission both in chronological order and reverse chronological order right after one another,making a symmetric pulse pattern like the symmetric peaks observed in gamma-ray bursts.
Alternatively, the filter might be something like gamma-ray bursts, gigantic electromagnetic explosions that might periodically wipe out life forms before they grow into anything interesting.
GrailQuest consists of a fleet of small, simple spacecraft(the exact number varies, from just a few dozen if the satellites are larger to well over a fewthousand if they're smaller) to constantly monitor the sky for gamma-ray bursts.
If the waves in the relativistic jets producing gamma-ray bursts propagate faster than light at what is known as“superluminal speeds”, then one of its possible effects could be time reversibility.
Possible explanations for FRBs put forward to date include neutron stars, black holes, pulsars with companion stars, imploding pulsars, a type of star called a blitzar,a connection with gamma-ray bursts(which we now know can be caused by colliding neutron stars), and magnetars emitting giant flares.