The Mystery At The Core Of The Universe

If you are still on earth and look out the sky. You will see wonders. The stars remind you that how small you are. Eventhough we are small. We have a big dream and that dream is to travel the space without worry. I know sometime it does not always going well but you get me.

Before this, I have already cover how the magma could kill us literally. But today we are talking about space. This is one of the best place to write to share ideas and open for discussion. There is a lot of thing about the universe we can learn.

Matter- all of the atoms in the Universe- was created in the Big Bang, billions years ago. But the matter is still around us is still a bit mystery. Physicist predicts that an equal volume of exotic antimatter should have been produced in the Big Bang. When anti-matter and matter meet both are destroyed leaving nothing behind but radiation.

Discovering that the known Universe appears to contain no appreciable quantities of anti-matter tells physicists that something unusual must have happened just after the Big Bang. If you know the antimatter does not behave same way as matter. Just a tiny mismatch in properties could have helped shift the early Universe away from exactly equal amounts of matter and antimatter, tipping the scales slightly in favour of matter.

Matter and anti-matter still collide in a mutually self- destructive way, but at the end of that epic cosmic battle, some matter was left standing. Enough to fill the known Universe with one thousand quadrillion vigintillion atoms. It's been a decades since physicists first began finding hints of differents in the behaviour of matter and antimatter, explain all of the matter in the Universe.

However, results from 2016 may offered a different answer an explaination that can work. Several physics labs are exploring the properties of strange subatomic particles called neutrinos, which have the curious property of being able to change their identity as they zip along. The scientists create neutrinos in particle detector and check their identity, then fire them off to another lab hundreds of kilometres away and recheck their identity.

One such experiment made headlines in 2011 for suggesting- incorrectly, as it turnes out - that the neutrinos disobeyed Einstein's laws of relativity by making the journey between the two detectors faster than the speed of light.

A team of Japan physicist in 2016 has revealed the latest results from their experiments into identity- swapping neutrinos. After several years, they had been sending neutrinos- from the Japan Proton Accelerator Research Complex. By that time the physicisthave spotted 32 neutrinos changing identity in a certain way. Just four of the antineutrinos performed the equivalent identity swap.

32 neutrinos are much larger number than 4 even if you are not physicists. But as you know matter and anti matter behave differently. A result could lead to the ultimate satisfactory for the matter presence in the observable Universe today. The physicist have too little data to be sure that they are on to something big. But anyway the work continues.

There are a lot of things happen in the universe but capabilities are limited. In other words, it might be a while before scientists can be sure they understand why the Universe is the way it is.

That is all for today article, mind you if i am making a mistake I'll apologize in advance because I don't have a diploma or degree in science but just only interest about this kind of subject. Thank you for your time.