What is a stellar earthquake?
Several years ago, NASA astronomers were able to record what is known as a stellar earthquake .
Thanks to the Fermi X-ray telescope, scientists received data about intense X-ray bursts , which are the same as X-rays, and their source was the SGRG magnetar one thousand five hundred fifty five four one eight .
The magnetic field of this is so enormous that its surface crust explodes from time to time, releasing a huge amount of energy through the cracks; Such stellar earthquakes.
What is the function of the magnetic field?
They are sources of pulsed electric current. Theoretically, if this type is found in the state of its peak activity on the borders of our solar system, we will not often be present to notice the threats surrounding us, as the ozone layer surrounding the Earth.
In addition to organic life forms, they will be wiped out of existence in a matter of seconds, their number does not exceed hundreds.
But fortunately for us, the closest ruminants to us are located at a sufficient distance from its dangers.
Of course, it is difficult to approach it, because of the immense gravitational force of its core, but also for its energy flows during times of stellar earthquake.
When the magnetometer is in its stable state, its magnetic field is capable of damaging equipment thousands of kilometers away.
Within a radius of one thousand kilometers, any body will be disintegrated into its basic atoms.
The division of scientists to the magnets.
As for organizing the differences in their radiation, which is the basis for their classification, the scientists decided to divide the magnetrons into two branches using abbreviations instead of using full names.
In essence, they are both different in the life of the same body.
What is the age of the magnets?
In the words of scientists in the first ten thousand years of age Almajntar be a spring type SGS R , a star is visible pulsed visible light and released footage of soft gamma rays frequently.
Over time, it depletes its properties, relegating to the region of the invisible spectrum where we can only see it in the field of X-rays, as a magnetar of class A XP .
What are magnet numbers?
According to various sources today, among billions of stars, the number of possible magnetars ranges from three to one hundred and fifty.
There are twelve in the Milky Way galaxies, and the closest to us is the one that bears the name Two hundred and fifty-nine five hundred and eighty-six:
It is four kilometres, or thirteen thousand light-years away from us, and it is Magne Turner, and if a stellar earthquake occurs on its surface, its effects on us will be limited to small changes affecting the upper layer of us.
As a result of their relatively small dimensions and distance from the Earth, magnetites cannot be observed with ordinary amateur telescopes, as they usually use the method of scanning the sky with infrared or X-rays to monitor them.
However, thanks to its active magnetic injection emissions and radiation, these stars are easy to monitor with various devices. This is exactly what happened years ago.
Discover a new magnet:
In 2013, scientists claimed that they had discovered a magnetar very close to the black hole located in the center of the Milky Way. The star was observed with the help of a number of orbiters, including the Chandra X-ray Observatory.
It is only one thousand seven hundred and forty five thousand nine hundred three ten light years away from the edge of the black hole, and to this day remains the only neutron star discovered very close to its body at this level.
Scientists have monitored this star since its discovery, and several years ago it was announced that the level of its X-rays was lower than that of stars under this classification.
Aside from the various questions that have been raised, is the cause of these changes being the black hole in the ocean of stars?
After two years of observing this magnica, astrophysicists concluded that, taking everything into account, a distance of three ten light years is sufficient for an interaction in the gravitational or pain field between the black hole and the magnetar.
Despite everything, and the reason is likely to lie elsewhere, the life cycle of this type of star is completely short and does not exceed a million years, and it is very natural that its magnetic field declines during its life, and some scientists lose that these processes may be the cause in the case of stars.
In this case, the Magenter can cover his rating:
Either it emits Chinese rays in close or far apart frequency and thus depletes its stock of matter and moves from the classification SGR to, and in the autumn of its life, the traditional magnetars that happened and dissipate their magnetic field may become a very different type of star called a heat-emitting neutron star.
thermal star.
So far, the number of known objects of this type does not exceed seven, which is why the group bears the title of the Big Seven.
Each of them may once have been one of the most dangerous objects in public space, but to find out we have many years of technological progress to be made and people dedicating their lives to searching for solutions to the universe’s most dangerous and mysterious mysteries
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