Thousands of light 'jerks' were discovered in space!/science fiction

Thousands of light 'jerks' were discovered in space!/science fiction

Thousands of light 'jerks' were discovered in space!/science fiction

  science fiction

Never before has such a brilliant 'Jharbati' been seen anywhere else in the universe! Hadith of such a brilliant pulsar did not match in the universe before. In the light of a thousand lights, it shines brightly in space. As if 'thousands of light flutters'! The discovery of the first pulsar in this universe (1) is exactly 5 years old.

The amount of light that radiates in one second is this 'cosmic sweep', the amount of light and energy our Sun has for the past three and a half years. Understand, then, that the newly discovered pulsar is illuminating a large amount of light. Whose name is 'NGC-1-ULX'. NASA's 'Newster' ('Nuclear Spectroscopic Telescope Array') telescope captures a thousand flurries of light. Very recently The spacecraft was also caught by the European Space Agency's (ESA or 'Esa') satellite XMM-Newton. Thousands of light 'bushes' are some 100,000 light years away from us. That means, this rare pulsar was born on earth before man or his ancestor was born. Which is also essentially a neutron star. The research paper was published on Tuesday in the International Journal of Science. There is a Bengali associate researcher in the international research team. Prabhjyoti Bandyopadhyay, Associate Professor of Astronomy at Johns Hopkins University. After analyzing the data sent by the 'Asa' satellite, another related study has been published in the International Science Journal 'Astrophysical Journal Letters'.

Key researcher Gian Luca of the Italian researcher Astronomica de Roma, Italy, in response to a question sent by Israel Anandbazar, wrote: "A star like the sun or if they were dying could be both. Either they become black holes. Otherwise, they become neutron stars or neutron stars. The pulsar is just such a neutron star. The magnetic field around which the impossibly strong is. And that neutron star is spinning around like a latte. The radiation of light from the pulsar comes out in two intense bright light currents. Much like a comet's tail, it spreads into space. "

"The discovery of this pulsar has set a new record in the history of the brightest pulsar in the universe," said Prabhujyoti Bandyopadhyay, Associate Professor of Astronomy at Johns Hopkins University, an associate researcher by telephone from San Diego. Earlier, the brightest pulsar in the universe was 'M-12-X-2'. Which is far away from us, at a distance of 10 million light years. And it's in the "Cigar Galaxy" - "Messier-12". The newly discovered pulsar is 3 times brighter than the previous one. Not only that, astronomers have long thought that the brightness of a neutron star could be at least 3,000 times its brightness. This discovery has changed our thinking about pulsars and neutron stars. Even, the brightness of this pulse is more than five times the amount of light that comes out of its accretion disk, which creates a black hole at the end of ten suns. However, we still do not understand how such a newly discovered pulsar was found so bright. It still remains mysterious to us. Some say the magnetic field of the pulsar is incredibly strong. Strong gravitational pull of neutron stars toward the constellation of cosmic objects that are being washed away, the impossibly strong magnetic field of the star dispersing it into various directions in space. "

Another rare occurrence occurred at the time of the discovery of the pulsar at the age of 5 years. Earlier this year, Haddish Mill was the first 'White Dwarf Pulsar' in the universe to be named 'AR-Scorpi'. Which is 3 light away from us. 'Scorpius' in the constellations. The shape of the white dwarf star from which this pulsar was born is almost two million times larger than our planet's size. In three and a half hours, the pulsar was pelting her cold star. The pulsar was discovered by astrophysicist David Buckley of the South African Astronomical Observatory and a researcher at the University of Warwick. Their dissertation was published in the journal Nature-Astronomy.

"This is certainly a novel invention," says Dipankar Bhattacharya, a professor of astronomy at Ayunka, Pune's head of science operations at India's AstroSat satellite. This is because astronomers have had a rough idea of ​​the existence of such a pulsar since the discovery of the first pulsar in the 5th. But the search for such a pulsar was not found at all. Upon discovering the 'Crab Pulsar' (5 times a second) that rotates very fast, it was possible to imagine a White Dwarf Pulsar. This discovery, in that sense, almost relieved astronomers. Because the 'White Dwarf Pulsar' cannot rotate so loudly. I think in the near future more 'White Dwarf Pulsar' will be discovered in the universe. "

References: Internet