Scientists find missing baryons in the universe | Help to uncover the mystery of the big bang

Scientists have discovered parts of the 'missing material' that have been hidden in the universe since the Big Bang.

According to the “Daily Mail” reported on June 22, Beijing time, scientists have discovered that some of the universe’s “missing material” has been hidden in the universe since the Big Bang.

Astrophysicists only discovered about two-thirds of the common matter in the universe.

Now, an international research team claimed to have discovered some of the common substances that were not detected before.

They are called 'missing weight questions'.

Baryons belong to the so-called common substance, unlike the dark matter that has not yet been detected.

In this new study, researchers including scientists at the University of Colorado, Bou Scoring School, analyzed radiation from distant quasars.

They discovered the 'missing material' that existed between the galaxies in the form of oxygen.

In such an environment, the temperature may be as high as about 1 million degrees Celsius.

Michael Shull, a researcher involved in the study, said, 'This is one of the key pieces of evidence for validating the Big Bang theory: Finding hydrogen, helium and baryons of other elements in the periodic table.'

The research team stated that this study lasted for 20 years.

In 2012, the researchers weighed in may be hidden in warm interstellar medium.

The researchers studied a quasar called 1ES 1553 and discovered a type of ionized oxygen signature between the quasar and the solar system.

Astrophysicists only discovered about two-thirds of the material in the universe. Now an international team of researchers claims to have discovered some of the common substances that were never detected before.

They said that it expanded to the entire universe, which may be related to the missing 30% of the material.

Saal said, 'We found the missing boy.'

The researchers said they need to conduct further research to confirm this finding and figure out how oxygen reaches the current place.

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