European-American observatory catches unprecedented terrifying signal

The Chandra and XMM-Newton observatories have "picked up" something extremely creepy: "zombie" pieces of a star 14 times larger than the Sun, scattered across the universe.

Chandra and XMM-Newton are powerful X-ray observatories from NASA and ESA (the US and European space agencies) that captured the terrifying moment of ASASSN-14li , the unfortunate one that has just been identified as the victim of a monster black hole, according to Live Science.

Picture 1 of European-American observatory catches unprecedented terrifying signal
"Portrait" of the "mysterious flare" ASASSN-14li - (Image: NASA / CXC / University of Michigan / Miller et al. / M. Weiss).

Previously, ASASSN-14li flared up as a ghostly, spooky fire in 2014, captured by Ohio State University's ASASSN project, which involved 20 robotic telescopes.

At that time, scientists were confused and could not determine clearly what it was, but now the answer has been revealed.

"We're seeing the essence of what a star used to be. The elements left behind are clues we can follow to figure out what kind of star died," said Dr Jon Miller from the University of Michigan, who led the research team on ASASSN-14li.

This event is valuable in two ways: One, scientists had the opportunity to almost witness one of the most serious black hole-star-splitting events, and two, the type of "victim" star this time was extremely rare.

It is also the most sumptuous "meal" of a black hole ever known.

In addition, the main "zombie" pieces of the ill-fated star that scientists saw were not the usual matter that was sprayed everywhere.

Two super-powerful observatories have accidentally captured the "guts" of a star trapped in a black hole. That is, they have peered inside the black hole.

The power of the black hole and the tremendous energy of the star create a terrifying explosion, making it easier to observe.

This is also the closest black hole to Earth in a decade to be captured, located in a galaxy 290 million light-years away, according to Sci-News.

  1.