Mankind — Whose Birth
Living in such a world for at least some time
What they call the earth — now
The long way through the sea has begun.
- Beach of the cosmic sea, Carl Sagan
Researchers have found traces of the intense flames of medieval gamma-ray bursts on Earth. It erupted from an explosion in distant space. If it had not happened in a thousand light-years, the earth would have been destroyed in a hundred light-years. Despite the controversy, scientists now say that the collision of two black holes with each other released a huge amount of gamma rays. We see signs of his injury in various plants. This is according to a study published in the monthly journal of the Royal Astronomical Society. This means that not only comets but also various cosmic catastrophes are facing the earth. It is one of the most powerful gamma-ray bursts in the Milky Way galaxy. Scientists have attributed this to the collision of two neutron stars thousands of light-years away. This released a huge amount of gamma rays. Signs of that injury remain in various plants and ice. Gamma-ray is a kind of electromagnetic wave-like visible light. However, the rate of frequency is 10,000 times higher, which can penetrate 10 feet of concrete walls and hit the target. Signs of such gamma rays can be seen in the explosion of atomic or hydrogen bombs.
Signs left in nature
Evidence of the intense burning of gamma rays in medieval times has been found in plants and ice. Researchers can find out in 2012. In this regard, they have mentioned the ancient cedar tree of Japan. There, isotopes observed abnormal levels of radioactive carbon 14 (a type of carbon element). Similar radioactivity has been observed in Antarctic ice. However, it belongs to the isotope radioactive beryllium 10 (a type of beryllium element). Such isotopes are formed by the intense radiation of nitrogen atoms in the upper atmosphere. Such isotopes are not so different in chemical properties from the original. However, its effects on the nucleus (atomic center) and the animal kingdom are widespread. Using data from three cycles and icebergs, researchers have confirmed that the phenomenon occurred between 64 and 75 years. But this radiation came from space. Not only this, with the help of 3 to 12 thousand years-long journeys this green earth was hit.
At first, researchers thought that supernovae, or explosive stars, were behind the incident. This idea is rejected. If this had happened, the pieces still thrown away and removed from there could be seen through a telescope. Another team of researchers from the United States later said that an unusually large solar flare or a wave of fire from the surface of the sun hit the earth and struck. Generally, during these times, the sun emits 16 trillion megatons of energy per second, which is billions of times more than the atomic bomb dropped on Hiroshima. But at that time the power level was more. Many of those scientists could not agree with it. This is because the energy produced in the solar flare is not comparable to that of the found isotopes carbon 14 and beryllium 10.
German physicists then reported that a massive explosion had occurred in the Milky Way galaxy, spanning millions of light-years. The strong radiation of the explosion caused by the collision of two galactic objects spreads across the galaxy. These galactic objects can be neutron stars or even black holes. An object that is 9 times heavier than the Sun has such consequences. After the discovery of the neutron particle in 1932, Davidovich Landau first spoke of the neutron star. Such stars do not have anything called electrons or protons. The pressure of the object eventually becomes so strong that the velocity of the electron approaches the velocity of light. Electrons enter the nucleus and convert protons into neutrons. At higher concentrations and pressures, the nucleus breaks down and becomes fragmented. The whole star is transformed into a huge nucleus filled with only neutrons. The star is a mass of one huge neutron. The main feature of a neutron star is the balance of gravitational and decaying neutrons. The mass of such stars is 1 to 3 times that of the Sun. But if a star of such mass becomes a neutron star, then its diameter will be only 10 to 30 kilometers. Much like the city of Narayanganj. Interestingly, one teaspoon of neutron star matter on Earth weighs 500 million tons. And if a man were given a density of neutrons, his shape would be equal to that of an alpine.
The author of the study, Ralph Neuhauser, a professor at the Institute of Astrophysics at the University of Zena, said: I was surprised to find that it was in complete agreement with the production rates of carbon 14 and beryllium 10 found. Gamma rays are created by the explosion of black holes, neutron stars, or white dwarf stars, "said Adrian Mellot, a professor at the University of Kansas in the United States. Solar flares and short-term gamma-ray bursts may be possible explanations. However, based on the probability rate, that period
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