The largest star in the Milky Way dies and may collapse and turn into a black hole.. – United States Sun

The big star is dying and researchers are studying this phenomenon closely.

Astronomers at the University of Arizona have developed a model to track the activity of a red giant star.

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An artist’s drawing of Kanis MajorCredit: NASA, ESA, Roberta Humphreys (UMN), Joseph Olmsted (STSc)

Nicknamed VY Canis Majoris, this star may be the largest in our Milky Way.

In fact, the giant planets are so large that they can measure up to 10,000 times the distance between the Earth and the Sun in diameter.

Recently, the age of these stars has been the subject of heated debate – especially in connection with the last stage of their lives.

Stars usually explode in a supernova at the end of their lives, however, there is no evidence to prove that supergiant supernovae do so.

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Some have hypothesized that instead these stars are likely to collapse into a black hole.

However, scientists are still not sure why these stars turn into black holes.

To find out more, the UA team has been observing VY Canis Majoris, which is only 3,009 light-years from Earth.

The team presented some of their findings on June 13 at the 240th meeting of the American Astronomical Society in Pasadena, California.

“We are particularly interested in what supergiant stars do at the end of their lives,” said Ambesh Singh, a doctoral student in chemistry at the University of Arizona. He said in a statement about job.

“People used to think that these massive stars simply evolve into supernova explosions, but we’re no longer so sure.”

Using the Atacama Large Millimeter Array Telescope, or ALMA, the radio telescope in Chile, the team tried to collect as much data as possible about the star—particularly its curved and complex shape.

They looked at the particles in the ejected matter from the massive star and then made maps of sulfur oxide, sulfur dioxide, silicon oxide, phosphorous oxide and sodium chloride using data from NASA’s Hubble Telescope.

“With these observations, we can now put these on maps in the sky,” Dr. Zuris said in a statement.

“So far, only small parts of this massive structure have been studied, but you cannot understand the mass loss and how these large stars die unless you look at the entire region.

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“That’s why we wanted to create a complete picture.”

The team is still sifting through much of their data, and they hope to gather more that can help them better understand these massive stars and their deaths.


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