Detects a new basic particle

European researchers say they have discovered a new subunit of the human race that examines their finite knowledge of how quarks, a basic elementary particle and a fundamental element of matter - how to combine.

This finding also helps us better understand the so-called 'strong interaction' , one of the four fundamental forces that make up the material structure. Not only that, it is also the premise of discovering more fundamental particles, as well as answering the question of why there are grains of weight, having no weight (which refers to the soul).

A nuclear scientist at the Center for European Nuclear Physics (CERN) said the existence of the subatomic particle was predicted for a long time but has now been discovered because it is hidden as a ghost, very unlikely. stability.

Physics has known fundamental particles like protons and neutrons. The newly discovered elementary particle, Baryon Xi, is thought to be different from the two basic particles.

The outsiders can only imagine the significance of this finding when it comes to the work and collaboration of thousands of top European scientists in the famous Compact Muon Selenoid (CMS ) and referred to as CMS Collaboration .

The experiment involved 3,600 scientists from 183 research institutes in 38 countries and territories. It was discovered in a large underground cavern, a French province and crossed the Swiss border, to Geneva.