Scientists conclude that the universe

Material and antimatter should have annihilated each other, causing the universe to self-destruct as soon as it was formed, according to scientists at the European Nuclear Research Organization (CERN), Independent on October 24.

In principle, the process of mutual annihilation of matter and antimatter will cause the universe to be wiped out when it has just formed.

Material and antimatter should have annihilated each other, causing the universe to self-destruct as soon as it was formed, according to scientists at the European Nuclear Research Organization (CERN), Independent on October 24.

Many previous studies show that in the early period of the universe, the amount of matter and antimatter was completely equal. They should have destroyed each other, leaving no material like today.

Picture 1 of Scientists conclude that the universe

The existence of the universe is still a mystery.(Photo: Daily Express).

Scientists search hard for the difference between matter and antimatter to explain why the universe still exists. They check many aspects such as mass or charge, but still find no difference. Therefore, the cause of the universe that exists today is still a mystery.

"All our observations show absolute symmetry between matter and antimatter. That's why the universe shouldn't really exist. There must be some asymmetry, but we don't understand. where the difference is, " said Dr. Christian Smorra from CERN.

Smorra and colleagues conducted new research to test the ability of matter and antimatter to be different in magnetism . The team measured antiprotons to see how they differed from normal protons.

They conducted the most detailed and detailed magnetic measurements of antimatter ever. The antiprotons are kept in special collector tubes, because the antimatter cannot be contained in ordinary physical containers.

However, the result is that their magnetism is the same. The search for solutions to the existence of the universe went into a dead end.

The team hopes to study more detailed antiprotons to see if there are any differences. Some scientists are considering other possibilities, such as antimatter with backward gravity, which means they will fall over instead of falling down.

Update 17 December 2018
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