In a new study, scientists show that the blue Supergiant star, a rare star with great mass, will change its brightness through the destruction of waves on its surface. This behavior was predicted by the researchers in the model mirror. No one observed him directly, but the star did produce brightness. This type of star is very rare. This study is also in line with all previous predictions, so we can say that the waves we see on the surface are blue star waves, and the destruction of these waves leads to.
Scientists study the process of stellar earthquakes, just as geologists study seismic waves to infer the internal structure, and astrophysicists study the structure of distant neutron stars through X-rays. This method is very useful. The structure, geological structure and many properties of those distant neutron stars can be basically known. These geological works of neutron stars are composed of a superfluid core and a hard shell, but the specific structure is not clear.
Neutron stars are also attracted by gravity, and after 65,438+00 meters to 65,438+000 meters, they can form accumulation layers on their surfaces. These accumulation layers, whose main components are suitable for pressure and temperature, will cause some nuclear fusion, because nuclear fusion will form some carbon or other important substances, and then it will release strong X-rays and a lot of energy. Such explosions happen many times on neutron stars every day. The universe is very mysterious. We can observe it through a telescope. It allows us to stare at the sky for a long time and observe what they are like. Waiting for us to unveil her mysterious veil.