Scientists About To Know The Reason For The Existence Of The Universe

It is supposed that scientists have made huge progress in the study of the greatest mystery of the universe - the prerequisite existence of the universe. 

Back to the moment when the universe formed, it generated both antimatter and matter, which destroyed each other each time they met. The probing question is why there is an adequate amount of matter remained for the formation of all the galaxies, stars, and the worlds surrounding us. 

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Incredibly, scientists have moved forward to address the answer to this question of all time, as reported by Scientific American. 

The theory, which is dubbed leptogenesis, hypothesizes that when Big Bang happened, a large number of "neutrinos " subatomic particles were spread out. When they finally tore apart, leptogenesis proposes they unintentionally "form more matter byproducts than antimatter ones". 

Last week, the latest findings of Japan’s Tokai to Kamioka (T2K) experiment were published in the Nature magazine, were not considered to provide convincing evidence for the leptogenesis theory.

However, while waiting for more reliable follow-up experiments and analyses for that declaration to be ensured, it is written on SciAm that the findings unambiguously indicate that leptogenesis is worth expecting. 

Particularly, the study suggested that there was a 95% opportunity that the neutrinos broke down into an unequal proportion of matter to antimatter, which was a measurement called CP violation. Although it appeared to be conclusive, it failed to meet the demand of such a fundamental mystery of the universe. 

Therefore, the researcher from Stony Brook University, as well as T2K team member Chang Kee Jung claimed that their findings have not been called a discovery yet. 

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