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When scientists calculate the amount of matter in the universe, their calculations exceed the amount of material that they have already found and have not yet found about one-third of the material in it. universe, but thanks to a new technique, they may have been able to detect this missing substance.
The new research is not about dark matter, an invisible material that accounts for about 85% of the universe, but monitors light matter lost by astronomers at Harvard University and Ustoff, who includes all stars, planets and other celestial bodies.
The new research was published on the Arzif site last December and scientists used the Chandra X-ray observatory to analyze the gas clouds of space surrounding a far black hole , discovering quantities of oxygen that they had not measured before and realizing that they could calculate the difference between the theoretical calculations and the real measurements By quantifying the mass of others gas scattered throughout the universe.
"We were delighted to have been able to detect some of the missing material and, in the future, we could similarly apply the pseudo-star data to ensure we successfully solve this problem," he said. Randall Smith, astronomer at Harvard University and Smithsonian Center for Astrophysics. Puzzle.
The new research means that scientists have finally managed to solve one of the toughest puzzles, but we need to do more studies to ensure that new discoveries can prove the conclusions that scientists have put in their research.
"The discovery of lost materials represents a solution to one of the most challenging mysteries in the history of astrophysics," said Ursula Kovacs, an astrophysicist at the Smithsonian Center for Astrophysics. "We will know the fate of much of the matter that has formed stars and planets."
The event is a more difficult solution
Puzzles in history
Astrophysics.
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