Recently, a scientist detected a signal light source from the depths of the universe 6 billion light-years away. After continuous efforts of scientists, the signal was finally cracked. So what is the secret? Let's take a look together!
NASA recently discovered a unique ray signal through a space telescope. This signal is extremely difficult because it comes from a distant 6 billion light-years away. Scientists are very curious about it, so they proceeded After studying, finally made new discoveries.
In the scientific community Among the explanations, the black hole is formed by high-speed rotation after two neutron stars collided. This is a huge substance formed by the collapse of the neutron star. This theory is now recognized by the physics community. Hawking also expressed its support. However, a scientist from China held an objection. His ideas could even overthrow the cognition of the entire scientific community, uncover a great secret, and shock the entire scientific community.
After studying the mysterious signal, Chinese scientist Professor Xue Yongquan discovered that it may be emitted by a magnetar. If the two neutron stars rotate extremely fast, then when they merge, they will still keep moving at a very high speed, and when their speed is so fast that it is unacceptable even inside, they will condense into a new one. Matter is also a magnetar.
And this signal from 6 billion light-years away confirms Professor Xue Yongquan’s statement. He discovered that this magnetar 6 billion light years away had undergone neutron star mergers, and the final result was not a black hole, but a magnetar.
Professor Xue Yongquan’s conjecture and theory completely overturned the existing black hole theory in the scientific community, which means that when two neutron stars merge, they do not necessarily produceBlack holes may produce magnetars. Later, Professor Xue Yongquan published his theory in the journal Nature, forming a new theory of celestial body formation.
It can be seen that science is a process of constant overthrow and constant verification. We need to experience new things, Put forward a bold display, and then verify.