The discovery of one of the cosmic enemies of its kind .. know the details

Brilliant stars appear in interstellar space, a neutron star, a megastar, a large star or a black hole.

So, according to RT, if this particular event happens, send the ramshackle across the Milky Way like bats out of hell at insane speeds.

A type of pulsar neutron star known as a pulsar, watching its guts rip at a speed of about 612 kilometers per second.

Having a fever. (The fastest known star in the Milky Way.)

Astrophysicist Shi Long, CfA, said: “We saw the motion of the pulsar directly in X-rays, something we can only do with vision, something we can record in the end result, we had to measure what a quarter displayed about 15 km away. Eyeball miles require limitation of movement.”

It was revealed by looking at a glowing supernova remnant about 20,000 light-years away, offsetting G292.0 + 1.8. Previous observations revealed an accelerating pulsar in it. Lun and his colleagues wanted to study the body to see if they could reveal the information by adjusting it to the center of the body in opposite renders.

Historic, historical, historical and historical relations to it, we wanted to check what G292.0 + 1.8 could be added to this group.”

And they studied images captured input at the site of the pulsar. It led to that the reason is that the reason is that the reason is that the reason is that the reason is that the reason is that the reason is that the reason is that It’s because it’s because it’s because it’s because that’s why.

The greatest the greatest the greatest the greatest is the root of the future. The supernova was previously estimated to be 2,000 years old. Nearly 2000 years old.

The adjusted velocity of the pulsar also allowed the general team to be chaired. They came up with two scenarios, both generating a similar mechanism.

Initially, neutrinos from supernova explosions are ejected asymmetrically. On the other side, debris from the explosion is ejected asymmetrically. Because neutrino energy is large to explain.

Essentially, an unbalanced explosion can “kick” the collapsing core of a dead star into space at extremely high speeds; For example, it has sounded like an example, it has looked like an example.

In fact, it blew us away slightly along our line of sight.

The team’s research, presented at the 240th meeting of the American Astronomical Society, was compiled in The Astrophysical Journal and is available on arXiv.

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