Приклади вживання Neutron stars Англійська мовою та їх переклад на Українською
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These spinning neutron stars weigh as much as twice the mass of the sun
About a week after its installation as an external attached payload, this one-of-a-kind investigation will begin observing neutron stars, the densest objects in the universe.
The ring of a black hole or neutron stars intrigues by itself, but in the history of AM 0644 there is more.
In GW170817, about 100 seconds before the neutron stars merged they were separated by about 400 kilometers,
Even though both components have masses that are similar to known neutron stars, it is possible one of them was a black hole.
While a ring of black holes or neutron stars is intriguing in itself, there is more to the story of AM 0644.
pulsars(rotating neutron stars), or magnetars(pulsars with powerful magnetic fields).
In the Black Hole Era, white dwarfs, neutron stars, and other smaller astronomical objects have been destroyed by proton decay, leaving only black holes.
For some time now, researchers have hypothesized that there's a class of black holes with a mass that falls in between neutron stars and classic black holes.
Also, in rapidly rotating neutron stars there is a whole class of instabilities driven by the emission of gravitational waves.
By comparing the observed X-ray radiation from neutron stars to the state-of-the-art theoretical radiation models,
In some special cases similar method is used for determining the existence of planets close to the pulsars- rapidly rotating extremely dense neutron stars.
there was no way that neutron stars could be observed.
Possible sources for FRBs include colliding black holes or neutron stars and signals from an alien civilization that we cannot yet decipher.
because it's smack-bang in something called the mass gap that sits between neutron stars and black holes.
These same forces are believed to be at work on a larger scale in neutron stars.
According to current theory, neutron stars with extremely intense magnetic fields like SW J0243 should not be capable of producing such jets.
Gravitational waves represent indignations of space time which can arise at collision of massive exotic objects- neutron stars or black holes.
Initial results of observations on black holes and neutron stars within the Milky Way were also obtained.
the vacuum in vacuum and in neutron stars.