The place is full of mysteries and that is what astronomers have been trying to solve for so long. As the mystery of the universe grows ever more and more questions arise. That’s what happened when astronomers were observing a neutron star in space. A strange event occurred during this process, Astrophysicists saw two neutron stars collide in a cataclysmic crash, however, it is still emitting X-rays.
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According to research presented on Thursday, Jan. 14 at the 237th meeting of the Astronomical Society of America, X-ray radiation is still attracting with the crash even after what happened three years ago. In fact, Astrophysicists watched the union of two neutron stars collide in a cataclysmic crash on August 17, 2017. During what happened the scientists also discovered a gravitational wave body identified by the Gravitational-Wave Laser Interferometer Observatory (LIGO). ) on Earth and mostly explosions of different lights. Interestingly, however, the X-rays seen at the site of 130 million light-years from Earth began to fade away in less than six months after the union was discovered. However, the X-ray still remains in place.
Image ~ NASA
In a statement to Space.com, Eleonora Troja, a psychologist at the University of Maryland and NASA ‘s Goddard Space Flight Center, said, “Our models so far accounted for the observation well, so we were of the I think everyone was convinced that this was going to disappear quickly, and the last study showed that it is not. “
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The NASA astronaut also explained that the team believed they were looking after the jet full of energy of material that was burned out by the crash and will fly away. However, at the sight of the Chandra spacecraft in December 2020, the store was still shining.
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NASA has two ideas for Neutron Star X-ray emissions
According to Troja, there are two theories that explain why X-ray emissions are still shining. The first hypothesis is that radio light may accompany the lingering X-rays within eight months or a year that confirm after the massive kilonova explosion that scientists have not seen never before. And, the second is that the X-ray transmissions may not coincide with any radio emissions. In each case, scientists look at something that has never been seen before.
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